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- Trachyneis aspera var. orientalis n. 粗纹藻东方变种
- Trachyneis aspera var. unilatera n. 粗纹藻单边变种
- Trachyneis aspera var. perobliqua n. 粗纹藻斜纹变种
- Trachyneis aspera var. contermina n. 粗纹藻相似变种
- Trachyneis aspera var. pulchella n. 粗纹藻美丽变种
- Trachyneis aspera var. chinensis n. 粗纹藻中国变种
- Trachyneis aspera var. producta n. 粗纹藻伸长变种
- Trachyneis aspera var. vulgaris n. 粗纹藻普通变种
- Trachyneis aspera var. angusta n. 粗纹藻有角变种
- Trachyneis aspera var. oblonga n. 粗纹藻椭圆变种
- Trachyneis aspera n. 粗纹藻
- Trachyneis aspera var. residua n. 粗纹藻不活动变种
- Achyranthes aspera L.var.rubrofusca Hook.f. 红褐粗毛牛膝
- Achyranthes aspera var.indica L. 钝头牛膝
- Objective To optimize the preparation procedure of oral spray of compound Achyranthes aspera. 目的制备醋酸地塞米松喷雾剂并建立质量控制方法。
- In B. aspera, NAR was positively correlated with RGR, whereas SLA was negatively correlated with RGR. 刺果藤的RGR与NAR呈显著的正相关, 而与SLA存在显著的负相关。
- Objective To investigate the thermosensitivity effect of achyranthes aspera on cervical cancer cells. 目的观察土牛膝液对宫颈癌热敏感性的影响。
- When the two species were grown under the same conditions, B. tenuiflora often showed significantly higher RGR than B. aspera. 在相同光照强度和土壤养分条件下, 卷须缠绕种薄叶羊蹄甲的RGR显著高于茎缠绕种刺果藤。
- B. tenuiflora showed higher physio- and morphological plasticity in response to light and soil nutrient gradient than B. aspera. 上述结果表明, 与土壤养分相比, 光照强度可能是决定木质藤本分布更为重要的生态因子。
- Abstract The contents of oleanolic acid in the root of Achyranthes bidentata and A. aspera from different placesof production have been determined by dual-wavelengh TLC-scanning. 摘要采用薄层扫描法对不同产地的栽培牛膝及土牛膝所含的齐墩果酸进行了含量测定。
