The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.

The Select Oyster Company breeding plan has been amended to include a comprehensive manual of protocols for pair mating Sydney rock oysters (4.1). The association between phenoloxidase (PO) and QX resistance has been confirmed and a sensitive test for PO genotypes has been developed so that the breeding program has a tool to genotype parents and large numbers of their progeny to assist breeding (4.2-4.8). Protocols for cryopreservation of gametes have been developed and documented as a potential strategy to reduce SOCo’s overall maintenance costs for the lines and increase genetic security (4.9). Non-chemical means of triploidy induction in SRO (temperature and pressure shock) were tested (4.10). While these techniques were not as effective as existing chemical induction techniques, they have formed the basis of ongoing research to see if efficacy can be increased. A total of 60 pair mated family lines, including 31 lines with differing PO phenotypes, have been produced and are undergoing performance assessment in the field. These families will be made available to SOCo for incorporation in the industry breeding program.