ANALYSIS OF PROTEIN AND OIL CONTENT IN SEEDS OF INTRODUCED SOYBEAN VARIETIES, LOCAL VARIETIES, AND THEIR FAMILIES
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Abstract
Changes in the biochemical composition and quality of soybean grain depend on its genetic and variety characteristics, and soil-climatic conditions. The study of protein-oil content is important in the evaluation of soybean families and lines and varieties. Research in Uzbekistan to expand soybean cultivation areas and increase productivity is primarily focused on the selection of soybean varieties and obtaining high yields. Soybeans are not yet fully cultivated in the republic, but in recent years a number of studies have been conducted on the agronomic and economic aspects of soybean. Research on the creation of soybean varieties suitable for the climatic conditions and agronomic capabilities of Uzbekistan is of great importance. In this regard, one of the priorities is the creation of disease-resistant and high-yielding soybean varieties.
This article provides information on the analysis of protein and oil content in the seeds of introduced soybean varieties, local varieties and families based on them.
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1. Atabaeva H.N. "Soybean cultivation in irrigated areas of Uzbekistan: Symbiotic and ecological benefits." // Tuproqdan oqilona fojdalanišning ekołogik jihatlari. 1997. Tashkent. - B 43.
2. Atabaeva H.N. "Features of soybean cultivation in irrigated areas of Uzbekistan." // Proceedings of the International Scientific Practical Conference: Agrarian Science at the Turn of the Century. Volume 3. 15-17 October 1997. - Akmala, 1997. –B 15.
3. Atabaeva Kh.N., Umarova N.S. Soybean biology, Tashkent, 2020.-227 b.
4. Kodirov A.K. Soyaning "Barak" navining қurғoқchilik sharoitidagi ҳosildorligi // Қishloқ hўzhaligida innovation technology. - Tashkent, 2018. -B 12.
5. Kholmurodova G.R., Tangirova G.N., Juraev S.T. Soya selectionsi va uruqchiligi. Ўқув қўлланма. – Тoшкент, - /Муаллифлар жамоаси. Т:. “ЛЕССОН ПРЭС” нашриёти, 2021, -Б 96.
6. Koshkarova TS Productivity of adapted soybean varieties of different maturity groups on chestnut soils of the Lower Volga region: diss. – Saratov, 2019, –стр 21.
7. Logoyda TV Yield and biochemical composition of seeds of food soybean varieties depending on growing conditions // Сб.доклад.3-й вид.конф.молод.сеп. ВНИИМК. - Krasnodar, 2005. - pp. 129-130.
8. Naumkin V.N. – Genetics of soybean resistance to pathogens. Saratov, 2018. – page 143.