A new business opportunity which will involve the Centre for Aquaculture technologies (CAT) collaborating with Brazilian Fish to grow genome edited tilapia is a promising landmark – both for the companies and for the aquaculture industry as a whole.
Producing sterile animals brings a wide range of advantages over producing fertile ones and genome editing is currently the most promising technique for ensuring that sterilisation is both feasible and effective.
Investing in the right genetics tools and strategies can help shrimp farming companies succeed, despite the current economic challenges, according to The Center for Aquatic Technologies (CAT).
Access to a growing array of recent and emerging technologies offers hope for breeding shrimp which are either faster growing or more resistant to specific diseases, but the performance of improved lines in pond production may often fall short of expectations.…
Gene-editing tools such as CRISPR have huge potential to improve the sustainability and profitability of the aquaculture industry, according to James Sibley – an undergrad with ambitions to be a star of the sector.
A new paper argues that there’s an urgent need to improve understanding of the genetic mechanisms involved in host resistance to whitespot syndrome virus (WSSV) and sea lice – two of the greatest health challenges facing shrimp and salmon farming respectively.…
Dr Melony Sellars, CEO and managing director of Genics Pty Ltd, recently developed four new real-time PCR assays that can help detect the presence of decapod iridescent virus (DIV1) in shrimp.
Triploidy is widely used in aquaculture to improve growth rates, reduce possible impacts of farmed animals on wild aquatic ecosystems and enhance product quality, but there’s room for improvement and for alternative technologies.
