Influence of stressors on shrimp susceptibility to White Spot Disease, Part 2
Study examines the impact of environmental stressors like dissolved oxygen, nitrogenous compounds and pH on shrimp contracting White Spot Disease.
Systematic analyses confirm novel V. parahaemolyticus is causative agent associated with Translucent Postlarva Disease, which hit China in 2020.
Study examines the impact of environmental stressors like dissolved oxygen, nitrogenous compounds and pH on shrimp contracting White Spot Disease.
Study stresses the importance of understanding the impact of environmental stressors on farmed shrimp contracting White Spot Disease.
Reviewing and summarizing available information on Arctic charr broodstock management, early hatchery rearing and areas of needed research.
Evaluating the use of lower-density SNP panels to accurately predict breeding values for four species shows potential for broader application.
In an evaluation of carbohydrate sources, corn starch performed better than molasses in promoting the growth of L. vannamei in a biofloc nursery.
The occurrence and abundance of Vibrio populations impact the bacterial composition of L. vannamei shrimp during post-larval development.
An evaluation of single-trait and multi-trait approaches through larviculture study to assess domestication and aquaculture potential of wild species.
PCR testing is a valuable tool for detecting pathogens, when done correctly, but relying on it solely is not consistent with adequate biosecurity.
Conditions causing frequent urination in shrimp – like sudden salinity drops combined with high virus load – can make nephrocomplex a portal for pathogens.
Study evaluates effects on Pacific white shrimp gut microbiota after salinity reduction, addition of Bdellovibrio and like organisms (BALOs).
Authors demonstrate relationships between family skews in cultured P. monodon shrimp, balancing sampling effort and genotyping cost.
Investigating factors associated with tilapia mortality in Egypt during the summer season using a novel online survey tool to gather epidemiology data.
Fish health and welfare in aquaculture could soon be assisted by the most abundant organism on the planet, if a new partnership nets its intended result.
Emerging bio-logger technologies can provide valuable physiological, behavioral information of free-swimming, individual fish over long periods of time.
Estimating global trends in antimicrobial use in aquaculture in 2017 and 2030 to help target surveillance efforts and antimicrobial stewardship policies.