soybean isoflavones造句

• Some research advance of soybean isoflavones
  大豆异黄酮的研究进展
• Soybean isoflavones , si
  探讨大豆异黄酮
• The antioxidant effects of soybean isoflavones to hepatic mitochondria of ovariectomized rats
  大豆异黄酮对去卵巢大鼠肝线粒体的抗氧化作用
• Effect of different dosage of soybean isoflavones on bone mineral density and plasma lipids in ovariectomized rats
  不同剂量大豆异黄酮对去卵巢大鼠骨密度和血脂影响的研究
• As part of flavone compounds , soybean isoflavones have important biochemical activities and rich content in soybeans and soybean products
  摘要大豆异黄酮属于黄酮类化合物，是一类具有重要生物活性的化合物，在大豆和大豆制品中含量丰富。
• Soybean isoflavones accumulated mainly in seeds in reproductive growth period and isoflavones was transferred from leaves to seeds with the development of soybean seeds
  在生殖生长时期，大豆异黄酮由营养器官(主要是叶片)向种子中积累。
• The study and application of soybean isoflavones not only offers a new approach for exploiting soybean products , but also provides people with correct reference to reasonable diet
  大豆异黄酮的研究，不仅为大豆制品的开发提供新的途径，也为人们合理的膳食提供参考。
• Preparation methods of soybean isoflavones including solvent extraction , supercritical co2 fluid extraction , ultrasonic - assisted extraction , microwave extraction were compared
  摘要对大豆异黄酮的提取方法溶剂萃取法，超临界流体萃取法，超声波萃取法和微波革取法进行了对比。
• Soybean isoflavones possess many physiological functions , such as the prevention of cancer and osteoporosis , the improvement of woman menopause syndromes and inhibition of cardiovascular diseases
  大豆异黄酮具有防癌、防骨质疏松症、改善妇女更年期综合症、防心血管疾病等诸多生理功能。
• Hplc method was used for the determination of soybean isoflavones , including daidzein and glycitein in soybean products and for the investigation of distribution of isoflavones in production process of bean curd
  摘要利用高效液相色谱法( hplc )对豆制品中的大豆黄素和染料木素的含量进行测定，从而研究豆制品加工中的游离大豆异黄酮分布情况。
• Soybean isoflavones distribution was investigated in vegetative growth period ( four stages before seeding ) . the isoflavones in soybean seeds transferred from cotyledon to other organs and isoflavoids metabolized in organs with the growth of soybean plant
  大豆营养生长期种子中贮存的异黄酮逐步由种子向子叶，继而向其它器官(主要是叶片)转移，不同器官在植株生长发育过程中进行着异黄酮类物质的代谢。