Singh J, Gupta K, Arora S K
Department of Chemistry and Biochemistry, Haryana Agricultural University, Hisar, India.
Plant Foods Hum Nutr. 1994 Jul;46(1):77-84. doi: 10.1007/BF01088464.
Anti-nutritional factors of developing seeds and pod walls of fenugreek were evaluated which affect their nutritional value. Sucrose, raffinose and stachyose decreased with maturity of seeds in all the cultivars. Total, non-reducing sugars increased and reducing sugars decreased at maturity in all the cultivars. The reducing sugars decreased with maturity of pod walls. The flatus producing sugars were maximum in PEB pod walls. Saponin content increased towards maturity of seeds but decreased at maturity of seeds and decreased at maturity in pod walls of all cultivars. Phytate increased with seed maturity up to 95 days after anthesis, while phytate decreased in pod walls of all the cultivars with maturity. Total phenol, catechol and flavonol decreased with advancement of pod wall development. Total phenol decreased except HM 46 a maturity of seeds.
对胡芦巴发育中的种子和荚壁的抗营养因子进行了评估,这些因子会影响其营养价值。在所有品种中,蔗糖、棉子糖和水苏糖随着种子成熟而减少。在所有品种中,总糖、非还原糖在成熟时增加,还原糖减少。还原糖随着荚壁成熟而减少。在PEB荚壁中,产生肠胃胀气的糖含量最高。皂苷含量随着种子成熟而增加,但在所有品种的种子成熟时和荚壁成熟时减少。植酸盐在开花后95天内随着种子成熟而增加,而在所有品种的荚壁中,植酸盐随着成熟而减少。随着荚壁发育进程,总酚、儿茶酚和黄酮醇减少。除了HM 46在种子成熟时,总酚减少。