2022/10/13/ · B. subtilis strain MPK and B. thuringiensis strain MCJ18 has potential to degrade fish waste within 24 h hence successfully exploited for production of hydrolysate
2022/10/13/ · B. subtilis strain MPK and B. thuringiensis strain MCJ18 has potential to degrade fish waste within 24 h hence successfully exploited for production of hydrolysate
2020/9/1/ · The fish-based fertilizers in OMRI-listed products are produced from different sources, for instance, FW that is available after processing of market fish, fish by catch and mortality (caught or damaged unintentionally while harvesting fish for non
Fishing industry creates large amount of waste every year. So there is increase demand for effective and ecological techniques to treat their waste. Biological fermentation of fish
2024/5/15/ · The production of fish silage involves the addition of organic/inorganic acids or lactic acid bacteria to homogenized fish waste, yielding a valuable mixture rich
2023/12/14/ · The lactic acid bacteria (LAB) are very commonly used for the fermentation of fish waste (Venugopal and Sasidharan Citation 2022). The LAB, Gram
2019/8/19/ · Fish fermentation, which is traditionally used to increase fish shelf-life, results into the formation of bacteria metabolites of interest. Applied to by-products, …
2022/7/1/ · Fish waste is a potential source of high-quality fish oil, proteins (58%), organic acids, amino acids, essential fatty acids, and several enzymes (Zamora-Sillero et …
2021/11/21/ · The microorganisms’ ability to feed on fermenting fish waste that is supplemented by lemon peel was confirmed by the protein level’s increasing during the …