The Potential of Environmental DNA (eDNA) in Aquaculture
Workflow overview of virus recovery by concentrating environmental (eDNA) and environmental (eRNA) from artificially spiked seawater in this study, comparing recovery rates of three different water filtration and two different nucleic acid extraction methods. Source: Aden et al., (2024); Environmental DNA, 6(1), e418.
Read moreScientists Uncover the Secrets of Omega-3 Production in Rainbow Trout
Seahorse: Rearing, Feeding, and Reproduction
The need for intelligent bioprospecting to unlock the potential of microalgae
Researchers manage to double the weight gain of tambaqui fish raised in cages
Valeric acid improves the meat quality of Nile tilapia
The Impact of Salinity on Biofloc Technology: A Key to Optimizing Shrimp Aquaculture
Interactions Between Algal Species Could Help Predict Harmful Algal Blooms
A comprehensive study of harmful algal blooms along the Chilean coast analyzed 28 years of phytoplankton data using Empirical Dynamic Modelling. The research revealed two key findings about Pseudo-nitzschia species: salinity uniquely influences their populations, and interactions with other diatom species play a crucial role in bloom dynamics. (Courtesy of Ishara Uhanie Perera, So Fujiyoshi, et al., Microbial Genomics and Ecology, PHIS, The IDEC Institute, Hiroshima University)
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