Research of dry plant concentrates – ingredient of a food health improvement

Ескіз

Дата

2016

ORCID

DOI

Науковий ступінь

Рівень дисертації

Шифр та назва спеціальності

Рада захисту

Установа захисту

Науковий керівник

Члени комітету

Назва журналу

Номер ISSN

Назва тому

Видавець

Scientific Route

Анотація

It is suggested to perfect technology of production of emulsive foodstuffs, as most consumed by all groups of population of Ukraine, by introduction to compounding of secondary wastes of exit-juice production and vine making as dry concentrates. Such method of enriching of foodstuffs will allow to bring down the deficit of necessary micro- and macronutrients, biologically active substances, and also to bring down indexes on the number of peroxide in the process of storage of low-caloric sauces due to being of natural antioxidants in powdered plant and vegetable material. Experiments were conducted for determination of microand macroelement composition and content of sum of polyphenolic substances samples of powdered plant and vegetable material. Samples with the optimal above-mentioned indexes were revealed and samples for the next stage of researches were chosen. The data plan experiment on the effect of temperature and time storage of powdered vegetable raw materials in the amount polyphenols (% wt) in samples of powdered vegetable raw materials used in the suggested corrections storage term low-calorie sauces based on secondary products of juice and wine manufacturing in recipes and calculations in compounding on productions. It was substantiated the choice of grape skin powder as bioactive addition in the emulsive foodstuffs for health improvment purposes, as a sample that has optimal indexes for micro- and macronutrients composition and maintenance of natural antioxidants of polyphenolic nature.

Опис

Ключові слова

biologically active substances, products for health improvement purposes

Бібліографічний опис

Research of dry plant concentrates – ingredient of a food health improvement / V. Ananieva [et al.] // EUREKA: Physics and Engineering. – 2016. – No 4. – P. 17-24.

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