Study on extracting technology of diosgenin and glucose from yam 黄姜提取薯蓣皂甙元及葡萄糖的工艺研究
2.
Determination of diosgenin in dioscorea panthaica by spectrophotometry 黄山药中薯蓣皂苷元的分光光度法测定
3.
Effects of diosgenin on seed germination and seedlings growth of rape 薯蓣皂素对油菜种子萌发及幼苗生长的影响
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Study on microbial organic fertilize made of diosgenin solid fertilizemiao 利用黄姜废渣制备微生物有机肥的研究
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Effect of diosgenin on stasis - induced venous thrombosis in mice 薯蓣皂苷元对小鼠下腔静脉结扎血栓形成及相关因子的影响
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Effect of icariin , diosgenin and genistein on proliferation and differentiation of newborn rat skull cells in vitro 薯蓣皂甙元和染料木素对新生大鼠颅骨细胞增殖和分化的影响
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This paper briefly discussed the disadvantages of the traditional production method of diosgenin , introduced a new technology of extracting diosgenin from d . zingiberensis wight , as well as the application 摘要简述了传统皂素生产工艺存在的问题和缺点，介绍了一种从黄姜中提取皂素的新的生产工艺及其技术指标和应用情况。
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To make certain the optimum cultivated fixed number of year and harvest time of d . nipponica , we have mensurated the output and content of diosgenin in different years of d . nipponica in changbai mountain 摘要为确定穿龙薯蓣的最佳栽培年限及采收期，对长白山区栽培的穿龙薯蓣产量及不同载培年限根茎薯蓣皂苷元含量进行了测定。
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Diosgenin , 16 dehydropregneninolone , acetate ( 16 - dpa ) are exacted from plant through high - tech , and used to produce steroid hormone intermediates and steroid intermediate , can be used to make cortisone , flcocinonidum , prednisone , progesterone , testosterone and similar hormones 皂素、双烯产品是从薯蓣科植物中提取的，分别甾体激素药主要起始原料和中间体，可用来制造肤的松、强的松、黄体酮、睾丸素等激素药物。
10.
In this study , systems of rapid propagation of the cultivars such as d . zingiberensis , d . panthaica and d . composite were setup to find the best way to meet the need of producing , and to establish the base of introduction , breeding and cultivar improvement of foreign dioscorea with high diosgenin ; in addition , there are two strategies to obtain polyploids combining with chromosome engineering : screeding natural mutations and mutation breeding were carred out on d . zmgiberensis . exploratively studies were done on rapid propagation of the three dioscorea plants . the result showed : explants of d . pathaica obtained the appreciate propagation efficency on ms + ba1 . 0mg / l + naa0 . 1mg / l , ms basic medium containing 6 . 0mg - 1 ba , l . 0mg - 1 kt and sucrose at 30gl - 1 or 60g1 - 1 was the appreciate medium for microtuberization 三种薯蓣属植物离体再生体系培养条件的探索试验结果表明：黄山药外植体适宜的增殖培养基为ms + ba1 . 0mg / l + naa0 . 1mg / l ，微型块茎诱导为ms + ba6 . 0mg / l + kt1 . 0mg / l + 3蔗糖，高浓度的蔗糖含量( 6 )能提高微型薯蓣的诱导率，但对其诱导起关键作用的还是ba的浓度；菊叶薯蓣增殖效果较好的培养基为ms + ba1 . 0mg / l ，以ms培养基为诱导微型薯蓣的最佳选择，诱导率可达50 ；盾叶薯蓣最适宜的增殖培养基为ms + ba2 . 0mg / l ，在诱导微型薯蓣的实验中发现，当ba浓度为6 . 0mg / l和8 . 0mg / l时， 15d左右节间处膨大形成绿色圆球状小块，但继续培养其上则开始分化芽。
