CHANGES IN BLOOD BIOCHEMICAL PARAMETERS OF THE SIBERIAN STURGEON ACIPENSER BAERII WHEN APPLYING PROBIOTIC SPECIMEN AQUAPURINE

The article explores the changes in biochemical parameters of blood when applying probiotic aquapurine for the Siberian sturgeon Acipenser baerii yearlings 2+ at the enterprise «Novosibirsk rybzavod». The experiment lasted 60 days and included blood sampling of 10 fish from each basin before using t...

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Bibliographic Details
Main Authors: С. И. Нурутдинова, Г. А. Ноздрин, И. В. Морузи, А. А. Леляк, С. В. Глушко
Format: Article in Journal/Newspaper
Language:Russian
Published: Publishing Centre “Zolotoy Kolos” of Novosibirsk State Agrarian University 2016
Subjects:
фосфор
yearlings 2+
probiotics
aquapurine
ALT
АSТ
albumine
protein
glucose
amylase
calcium
phosphorus
осетроводство
годовики 2+
пробиотики
аквапурин
АЛТ
АСТ
альбумин
протеин
глюкоза
амилаза
кальций
Acipenser baerii
Siberian sturgeon
Online Access:https://vestngau.elpub.ru/jour/article/view/303
Description
Summary:The article explores the changes in biochemical parameters of blood when applying probiotic aquapurine for the Siberian sturgeon Acipenser baerii yearlings 2+ at the enterprise «Novosibirsk rybzavod». The experiment lasted 60 days and included blood sampling of 10 fish from each basin before using the specimen. The blood sampling was taken from the heart before feeding. The investigation of the blood biochemical parameters was carried out on semiautomatic biochemical analyser BioChemSA. The authors observed the maximum reducing of ALT and AST in the fish of the 3d experimental group which consumed the specimen dosed as 20 mcl/kg of mass. This certifies about detoxic and hepatoprotective features of the specimen. Aquapurine influenced the catabolism and anabolism of microelements and calcium metabolism of the sturgeons. The highest concentration of calcium in the blood was observed in the fish of the 3d experimental group. Aquapurine affects the protein metabolism as it is an immune stimulator. The concentration of protein in the blood serum depended on the dose of the specimen. The most efficient dose is concerned with application of 10 and 20 mcl/kg of the fish mass. The paper highlights that application of aquapurine improves the blood biochemical parameters of the sturgeons. Aquapurine stimulates the metabolic processes improves protein and mineral metabolism. The authors make a case about the most efficient application of the specimen which is 20 mcl/kg of the fish mass.

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