Scientific Journal of KubSAU

Polythematic online scientific journal
of Kuban State Agrarian University
ISSN 1990-4665
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Name

Nadykta Vladimir Dmitrievich

Scholastic degree

—

Academic rank

academic

Honorary rank

—

Organization, job position

All-Russian Research Institute of Biological Plant Protection
   

Web site url

—

Email

—


Articles count: 2

1791 kb

STUDY OF THE INFLUENCE BACTERIZATION SEED ON GROWTH AND DEVELOPMENT OF FALL WHEAT

abstract 0851301066 issue 85 pp. 638 – 651 28.01.2013 ru 1248
The results of studies to determine growth-promoting activity and the effect on seed quality of fall wheat of perspective bacterial strains of antagonistic Fusarium pathogens are presented. We have selected the active strains perspective for the development of biopreparations, based on their type of multifunctional action
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TECHNOLOGY OF POWDERED FOOD ADDITIVES

abstract 1311707056 issue 131 pp. 659 – 671 29.09.2017 ru 458
In recent years, the problem of deficiency of biologically active substances in a number of food products has arisen. This is due to a deterioration in the quality of seed and planting material and, accordingly, a decrease in the content of BAS in the cultivated fruit and vegetable raw materials. In this regard, processing companies are forced to fill the lack of vitamins and dyes with synthetic components. The aim of the research is to obtain concentrated food additives from domestic plant raw materials. To achieve this goal, the tasks of obtaining powders from fruits and berries are solved with maximum preservation of BAS of the raw material during drying. High-quality powders from fruits and berries are obtained by cryogenic technology, using liquid nitrogen at one or several stages of the process. As intermediate results of the research, the paper presents materials on the dispersion composition of cryopowders and the solubility of their various fractions in aqueous media. The technology of obtaining and using powdered food additives from fruits and berries, ground in liquid nitrogen, has been approved. The comparative characteristics of the composition cryopowders from apricot, sea-buckthorn, pumpkin, feijoa and persimmon are given. The results of the studies confirmed the expediency of using cryopowders from fruits and berries to enrich various food products
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