Amit Kumar Sinha

TL;DR: Phytate has therapeutic use against diabetes mellitus, atherosclerosis and coronary heart disease and reduces kidney stone formation, HIV-1 and heavy metal toxicity; however, information on the dosage for humans for eliciting beneficial effects is limited.

TL;DR: This review synthesizes the available information on fish and highlights the knowledge gaps and it is hoped that this review will provide a momentum to the research on the roles of NSPs in fish nutrition and physiology and on the efficient use of N SP-degrading enzymes.

TL;DR: Effects of phytate on fish, dephytinisation processes, phytase and pathway forphytate degradation,phytase production systems, mode ofPhytase application, bioefficacy of phyllase, effects of Phytase on growth performance, nutrient utilization and aquatic environment pollution, and optimum dosage of phydase in fish diets are discussed.

TL;DR: In this article, a review of various modes of action of NSPs as a therapeutic agent have been proposed in the present review and even the recommendation on the dose of different dietary NSP intake among different age groups needs to be studied.

TL;DR: It seems that PHB can have a beneficial effect on fish growth performance and that the intestinal bacterial community structure may be closely related to this phenomenon.