"STUDYING THE MINERAL COMPOSITION OF RAPS SQUEEZE GROWN IN THE REPUBLIC OF UZBEKISTAN"

As the country's population grows, the need for protein products increases. It is necessary to provide the country's population with food products of increased biological and nutritional value. Various protein-containing additives introduced into food recipes play a huge role in this. One of the sources that increases the nutritional and biological value of food products is rapeseed squeeze. The purpose of the work was to study the amino mineral and mineral composition of rapeseed squeeze grown in the Republic of Uzbekistan. The object of the study was squeezed from rapeseed seeds grown in the Republic of Uzbekistan of the Viking variety. The amino mineral composition of rapeseed squeeze proteins was studied according to GOST 32195-2013 [1]. The mineral composition of rapeseed seed squeeze grown in the Republic of Uzbekistan was determined using the atomic adsorption method on a solar atomic adsorption spectrometer. S 2. Squeeze from rapeseed grown in the Republic of Uzbekistan contains almost all essential amino minerals. Rapeseed seed squeeze contains a high content of leucine (2.28 g /100g), phenylamine (1.2 g /100g), isoleucine (1.03 g/ 100g), methionine (0.87 g/ 100g), tryptophan (0.431 g/ 100g). This indicates that the proteins in rapeseed squeeze have a complete amino mineral composition. The mineral composition of squeeze from rapeseed seeds grown in the Republic of Uzbekistan is characterized by a high content of P-1116%, magnesium-465%, calcium 232.5%, potassium-77.4%, zinc-9.38% and other macro and microelements. These research data indicate the advisability of using rapeseed squeeze in national dishes of Uzbekistan to increase nutritional and biological value.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-10-21
DOI
https://doi.org/10.5281/zenodo.13959273
Primary Topic
Phytase and its Applications
Type
article
Field-Weighted Citation Impact
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article

"STUDYING THE MINERAL COMPOSITION OF RAPS SQUEEZE GROWN IN THE REPUBLIC OF UZBEKISTAN"

Zenodo (CERN European Organization for Nuclear Research)
Phytase and its Applications
article

"STUDYING THE MINERAL COMPOSITION OF RAPS SQUEEZE GROWN IN THE REPUBLIC OF UZBEKISTAN"

article en

Abstract

As the country's population grows, the need for protein products increases. It is necessary to provide the country's population with food products of increased biological and nutritional value. Various protein-containing additives introduced into food recipes play a huge role in this. One of the sources that increases the nutritional and biological value of food products is rapeseed squeeze. The purpose of the work was to study the amino mineral and mineral composition of rapeseed squeeze grown in the Republic of Uzbekistan. The object of the study was squeezed from rapeseed seeds grown in the Republic of Uzbekistan of the Viking variety. The amino mineral composition of rapeseed squeeze proteins was studied according to GOST 32195-2013 [1]. The mineral composition of rapeseed seed squeeze grown in the Republic of Uzbekistan was determined using the atomic adsorption method on a solar atomic adsorption spectrometer. S 2. Squeeze from rapeseed grown in the Republic of Uzbekistan contains almost all essential amino minerals. Rapeseed seed squeeze contains a high content of leucine (2.28 g /100g), phenylamine (1.2 g /100g), isoleucine (1.03 g/ 100g), methionine (0.87 g/ 100g), tryptophan (0.431 g/ 100g). This indicates that the proteins in rapeseed squeeze have a complete amino mineral composition. The mineral composition of squeeze from rapeseed seeds grown in the Republic of Uzbekistan is characterized by a high content of P-1116%, magnesium-465%, calcium 232.5%, potassium-77.4%, zinc-9.38% and other macro and microelements. These research data indicate the advisability of using rapeseed squeeze in national dishes of Uzbekistan to increase nutritional and biological value.

Zenodo (CERN European Organization for Nuclear Research)
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Phytase and its Applications
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