从营养价值指标看大蒜品种和地方品种的比较特征

V. Yatsenko, O. Ulianych, N. V. Yatsenko, V. Karpenko, I. Mostoviak, V. Liubych
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摘要

目的。通过分析不同种植季节(冬季或春季)大蒜营养价值指标的差异及其变化,确定营养价值最佳的大蒜亚种和品种/样品。在2020-2022年期间,在大田条件(人类,48°46′n, 30°14′e)下,研究了25种育种和地方形式的大蒜(9 -冬季抽抽;9 -冬季不抽苔;其中14号、33号、43号和44号样品确定适合在秋季和春季种植。对所得结果的分析,采用了普遍接受的遗传和统计分析方法。选择蛋白质含量高的品种和样品——‘Giovanna’、‘Sofiivskyi’、14号、43号、54号和55号;高热量的果肉——“阿波罗”号,14号、27号、33号、43号和57号(可以作为生产高营养品种以满足食品工业需求的原料)。营养元素方面,冬不抽苔大蒜果肉蛋白质积累量分别比冬抽苔大蒜和春蒜高4.1%和20.9%。果肉中脂肪含量最高的是冬麻和春麻亚种。春蒜碳水化合物积累最多,冬蒜碳水化合物积累最少。同时,春蒜能量值指标为130.03 kcal/100 g原浆质量,分别比冬抽苔亚种和冬不抽苔亚种高3.1%和12.6%。研究结果表明,冬蒜果肉蛋白质含量明显优于春蒜。脂肪含量差异不显著。春蒜果肉的特点是碳水化合物含量明显较高,因此卡路里含量最高。
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Comparative characteristics of breeding and local forms of garlic according to indicators of nutritional value
Purpose. To determine the subspecies and variety/sample of garlic with the best nutritional value by analy­zing the difference between nutritional value indicators and their variation according to the time of planting (winter or spring). Methods. During 2020–2022, in field conditions (Uman, 48°46’N, 30°14’E) were studied 25 breeding and local forms of garlic (9 – winter bolting; 9 – winter non- bolting; 11 – spring, among which samples No. 14, 33, 43 and 44 were determined to be suitable for planting in autumn and spring. For the analysis of the obtained results, generally accepted methods of genetic and statistical analysis were used. Results. Varieties and samples with high protein content were selected – ‘Giovanna’, ‘Sofiivskyi’, No. 14, 43, 54 and 55; with high calorie pulp – ‘Apollon’, No. 14, 27, 33, 43 and 57 (can be the starting material in the process of crea­ting highly nutritious varieties for the needs of the food industry). With regard to nutritional elements, the accumulation of proteins in the pulp of winter non-bolting garlic was 4.1 and 20.9% higher than that of winter bolting and spring garlic, respectively. The highest fat content was found in the pulp of winter bolting and spring subspecies. Spring garlic accumulated the most carbohydrates, while winter non-bolting garlic accumulated the least. At the same time, the energy value indicator of spring garlic was 130.03 kcal/100 g raw pulp mass, which was 3.1 and 12.6% higher than that of the winter bolting and winter non-bolting subspecies, respectively. Conclusions. The results of the study showed that winter garlic was significantly superior to spring garlic in terms of protein content in the pulp. The difference in fat content was insignificant. Spring garlic pulp was characte­rised by a significantly higher amount of carbohydrates and therefore the highest calorie content.
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