Seafood CRC: genetic technologies to support a transformation to profitability and competitiveness in F. merguiensis and P. monodon
SCRC: Seafood Success – Entrepreneurship & Innovation Program – Seafood CRC Professional Diploma
Very few ideas are turned in commercial successes. A great many of them have potential and significant investment is usually directed to overcoming any technical issues that may be encountered. The resulting innovations still need to be commercialised. It is this commercialisation process that can make the difference between an innovation succeeding or failing. The good news is that there are a number of tools and techniques that can be learned that will increased the chance that an innovation can become a commercial reality.
The Seafood Success program is designed to focus on the commercialisation process - it will comprise seminars and workshops that deal with identifying the business models that are most appropriate for the innovation, the IP arrangements that need to be put in place, the marketing, financial and human resource considerations to name a few of the topics covered.
Participants will learn the skills and apply them to their own innovations and ideas to create a robust business plan that can be used to attract investment, by the SFCRC or others. The program will be self selecting, people with an idea and the enthusiasm and resources to support the development of a business plan will be able to participate. The CRC may also make participation a condition of investment in an innovative product or process.
Final report
One of the original aims of the Seafood CRC was to create opportunities for industry (especially) and research participants to expand their knowledge and to encourage further education opportunities. To enable individuals to take innovative concepts right through to a business plan via an educational process that expanded their horizons with regards to what could be achieved would be ground breaking.
Very few ideas are turned into commercial successes. A great many of them have potential, and significant investment is usually directed to overcoming any technical issues that may be encountered. The resulting innovations still need to be commercialised. It is this commercialisation process that can make the difference between an innovation succeeding or failing. There are a number of tools and techniques that can be learned that will increase the chance that an innovation can become a commercial reality therefore a program focusing on the commercialisation process was required.
The program was delivered in two main formats, an eight month program over eight weekends (producing a business plan) and a four day program focussing more broadly on developing management and decision making skills. The eight month version attracted a smaller more narrowly focussed group of attendees but resulted in slightly higher outcomes in terms of overall satisfaction, impact and stronger ongoing networks, while the shorter version had broader appeal, attracted more attendees and still resulted in high levels of satisfaction and impact (but not as strong ongoing networks).
SCRC: SCRC Honours Scholarship: Ying Ying Lee "Understanding the role of Kiss1/Kiss1r system in controlling the puberty in Yellowtail kingfish and Southern Bluefin Tuna"
SCRC: PhD : The effect of temperature on reproductive development in maiden and repeat spawning farmed Atlantic Salmon: Understanding the molecular basis for improved egg quality and survival
People development program: 2011 FRDC International Travel Bursaries- Abigail Elizur
This application is for an international bursary to attend a two week intensive course on next generation sequencing.
The course, held by Michigan University, will cover all aspects of bioinformatics analysis needed for transcriptomes and genome sequencing, as well as train in the analysis of sequences the course participants bring themselves.
At USC we have moved into the field of transcriptome and genome sequencing, and now have transcriptomes of 8 prawn tissues, pearl oyster, 2 fish tissues, and we are about to embark on sea cucumber and edible oyster sequencing, as well as tuna genomics. While capable of doing the basic analysis, this resource offers much more, and this course would train me for such analysis.
There are not many groups in Australia doing wide genome analysis of aquaculture species, and this training and materials provided in the course would put me in a position to not only service my FRDC and CRC grant industry partners, but also to train interested parties in Australia who are interested in expanding into this field. USC is investing in building up its aquaculture genetics portfolio, and this training opportunity would add to the strength of the group.
Elizur would extend her knowledge gained in this travel to the aquaculture community through lectures at a CRC or industry forums where there is potential for uptake. She will communicate with the CRC about opportunities to present to the student forum where molecular approaches could be adopted to address some of the research questions.