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- Objective To identify Caulis Piperis Kadsurae and its adulterants. 目的研究海風(fēng)藤及其常見(jiàn)混淆品的鑒別方法。
- Caulis Mahoniae (yellow-corktree bark) HPTLC fingerprint solution. 黃柏藥材HPTLC色譜指紋圖譜解決方案文檔。
- OBJECTIVE:To study the chemical constituents of caulis spatholobi. 目的:研究中藥雞血藤的化學(xué)成分。
- Conclusion The content of Berberine Hydrochloride in Caulis Mahoniae may b... 結論功勞木中鹽酸小檗堿含量受多種因素的影響。
- Objective To study the anti-inflammatory activity of the water extract from Radix et Caulis Ilicis Asprellae. 摘要目的研究崗梅水提取物的抗炎作用。
- OBJECTIVE To study the nootropic effect of compound Caulis Polygoni Multiflori mixture in mice. 目的研究復方首烏藤合劑對小鼠的促智活性。
- Scientists find that the leaf of celery has more mourishment than that of caulis. 科學(xué)家研究出芹菜的葉子比莖更有營(yíng)養。
- Results The content of chlorogenic acid in 6 Caulis Lonicerae has been determined. 結果測定了川渝6種忍冬藤中綠原酸的含量。
- Objective:The content of residue of organic chlorine pesticides in Caulis Spatholobi was determined. 目的:測定雞血藤中有機氯農藥殘留量。
- Methods Ultrastructrual,microscopical and TLC characteristerics of Caulis hedyotidis were investigated. 方法采用性狀鑒定、顯微特征與薄層鑒別的方法。
- Objective With TLC method to identify the Chinese herbs Caulis Spatholobi and Celastrus Orbiculatus Thunb. 目的采用薄層色譜法鑒別通痹靈合劑中的雞血藤及南蛇藤。
- Conclusion: The micr ostructure characteristics of caulis h erb, as the reference of the micr... 結論:葉類(lèi)藥材橫切面組織構造特征,作為其顯微鑒定的依據,具有研究?jì)r(jià)值。
- The nephrotoxicity of Caulis Aristolochiae Manshuriensis has got more and more attention in China and abroad. 關(guān)地木通的腎毒性在國內外引起了極大關(guān)注。
- Ingredients: natural herbage whiten essence、pearl powder、liquorice、sandalwood、caulis spatholobi、amino acid ets. 成份：天然本草美白精華、珍珠、甘草、當歸、川芎、氨基酸等。
- Methods Use the TLC distinguishing method to distinguish the Rhizoma Cibotii,Caulis SapthoLoBi of the PenYan Keli. 方法采用薄層色譜法對處方中的狗脊和雞血藤等藥材進(jìn)行鑒別。
- Objective:To optimize the extraction process for berberine hydrochloride in Caulis Mahoniae. 目的:優(yōu)選功勞木中鹽酸小檗堿的提取工藝。
- The water extract from Radix et Caulis Ilicis Asprellae has significant anti-inflammatory effects. 崗梅水提取物具有明顯抗炎作用。
- Object To study microcosmic mechanism about microwave-assisted extraction( MAE) to Radix Puerariae( RP) and Radix Caulis Acanthopanacis Senticosi( RCAS). 目的研究微波輔助萃取葛根和刺五加的微觀(guān)機制。
