A biogenic feed additive based on protein components and immunotropic preparations intended for the fulfillment of the bio-resource potential of fish by activating nonspecific and specific factors of organism protection against eco-technological pressing and for prevention of infectious and invasive diseases improving competitiveness and the effective functioning of fish farms was developed and suggested for use on fish farms. It was established that upon the use of Akwa-Biot-Norm biogenic feed additive based on a polysaccharide complex of Saccharomyces cerevisiae (S. cerevisiae) yeast cells; the average weight of carps at the end of the experiment period was 2.19% higher than the control index in comparison with 2.71% for the live weight gain. With the maintenance of the pond aquaculture we observed moderate impact on water resources, but the use of Akwa-Biot-Norm biogenic feed additive in the carp growing technology reduces the degree of impact of the pond aquaculture on water resources. For example, the locality of the experimental group pond in relation to the locality of the control group pond, the quantity ofreadily oxidizable organic matter was 2.52% higher compared to 1.28% in the case of labile organic matter. The amount and biomass of phytoplankton increased on 4.08 and 9.86%, respectively.

一种基于蛋白质成分和免疫亲和性制剂的生物饲料添加剂，旨在通过激活非特异性和特异性因子保护生物体免受生态技术压力而实现鱼类的生物资源潜力，并预防传染病和入侵性疾病，从而提高竞争力和有效开发了养鱼场的功能，并建议用于养鱼场。已经确定使用基于酿酒酵母（S.cerevisiae）的多糖复合物的Akwa-Biot-Norm生物饲料添加剂）酵母细胞；实验期结束时，鲤鱼的平均体重比对照指数高2.19％，而活体重增加为2.71％。在维持池塘水产养殖的同时，我们观察到了对水资源的中等影响，但是在鲤鱼养殖技术中使用Akwa-Biot-Norm生物饲料添加剂降低了池塘水产养殖对水资源的影响程度。例如，实验组池塘的位置相对于对照组池塘的位置，易氧化有机物的数量比不稳定有机物的情况下的1.28％高2.52％。浮游植物的数量和生物量分别增加了4.08和9.86％。