High-pressure processing offers varied applications
High-pressure processing can destroy or inactivate microbial cells in seafood to improve shelf life, quality and food safety.
From planting seed to monitoring the environment, shellfish farmers have to manage their crops wisely to rear healthy animals and run profitable operations.
High-pressure processing can destroy or inactivate microbial cells in seafood to improve shelf life, quality and food safety.
At oyster hatcheries around the world, prevention and control of infectious bacterial diseases has involved the use antibiotics and disinfectants.
In Mexico, there is interest in the culture of various finfish species, including bullseye puffers, a commercially important fish with aquaculture potential.
The authors evaluated the effects of a yucca extract on water quality and the production parameters of Pacific white shrimp.
To understand shrimp feeding behavior, the Oceanic Institute investigated feed delivery systems and responses to experimental diets.
Microsatellites are useful for molecular tagging of individuals and molecular dissection of complex traits such as growth, temperature tolerance and disease resistance.
In a recent effort to produce specific pathogen-free (SPF) stocks of the fleshy prawn, researchers from two U.S. institutions collaborated.
The aim of functional genomics on innate antiviral immunity in marine shrimp is to characterize the genes involved in the response to WSSV and other viruses.
With the fleshy prawn (Fenneropenaeus chinensis), family selection appears to be a promising prospect that could enhance WSSV resistance.
Salmonid farming efficiency and profitability can be increased by improving the ability of fish to incorporate carotenoids from feed into their flesh.
A study at Purdue hypothesized that when provided with iodine, the thyroid would increase the production of thyroid hormones in steelhead trout.
High hydrostatic pressure processing can improve shelf life, quality and safety of seafood products, but microorganisms’ responses vary significantly.
The development of inland prawn farming using low-salinity groundwater may allow Australia’s prawn farmers to expand beyond the coastal fringe.
Idiopathic muscle necrosis or IMN causes “brown muscle syndrome” in black tiger prawns in Thailand, as well as other penaeid shrimp.
Environmental factors can influence the sex ratios of fishes, and this knowledge could be useful to develop all-male Nile tilapia stocks without hormones.