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- Puccinia cyperi 莎草柄锈菌
- Puccinia graminis f. sp. tritici. 秆锈病
- Puccinia striiformis Westend f. sp. tritici Erikss. 小麦条锈菌
- ObjectiveTo confirm the effective part of Rhizoma Cyperi on dysmenorrhea. 目的确定香附治疗痛经的有效部位。
- Study on Prevention and Control of Puccinia spp. In Festuca rubra L. 羊茅锈病发生与防治的研究。
- To obtain more virulent mutant stains with GUS gene in Puccinia striiformis. 摘要为了获得更多整合有外源GUS报告基因并且稳定表达的小麦条锈菌毒性突变菌株。
- Objective: To study the ultramicro decoction piece of Rhizoma Cyperi and establish its fingerprint. 目的:研究香附超微饮片的气相色谱指纹图谱,为科学评价及有效控制其质量提供可靠方法。
- AIM: To establish the quality standard for Gujing Tablets (Olibanum, Rhizoma Cyperi, Radix Aucklandia, etc.). 目的建立了固精片的质量标准(乳香、香附、木香等)。
- Conclusion: The fingerpint can be used to control the ultramicro decoction piece of Rhizoma Cyperi qualities. 结论:该指纹图谱方法简便,重现性好,具有可操作性,能用于香附超微饮片的鉴别与评价。
- MethodsThe effect of different solvent-extracts of Rhizoma Cyperi on dysmenorrheal model induced by oxytocin. 方法观察香附有机溶剂系统分离的提取部位对缩宫素所致小鼠痛经模型的影响。
- Methods The presence of Rhizoma Corydalis,Radix Angelicae Dahuricae,Rhizoma Cyperi were identified by TLC. 方法采用薄层色谱法对伤痛宁片中延胡索、白芷、香附等进行定性鉴别。
- ConclusionPetroleum ether、Ethyl acetate parts of Rhizoma Cyperi are the effective parts on dysmenorrhea... 结论香附的石油醚、乙酸乙酯部位是治疗痛经的有效部位。
- Results: The Fingerprint of ultramicro decoction piece of Rhizoma Cyperi was composed of 50 peaks,containing 10 characteristic peaks. 结果:建立了香附超微饮片的气相色谱指纹图谱,有色谱峰约50个,其中共有峰10个。
- An example is Puccinia graminis, the stem rust of cereals and grasses, which overwinters on the barberry. 例如生活在禾草上，引起麦类秆锈病的禾柄锈菌，必须在在小蘗属植物上越冬。
- The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass. 黑麦草冠锈病是由禾冠柄锈菌所致，除危害黑麦草外还可侵染多种禾本科牧草。
- An economically important rust is Puccinia, which infects many crops, notably cereals. 有重要经济价值的锈菌是锈菌属，它们可以感染多种农作物，尤其是谷物。
- Applied feasibility and effect of puccinia corticioides pigment in food were studied. 研究了竹蓐色素在食品中应用的可能性及其使用效果。
- This study supplies scientific basis for exploiting and applying of puccinia corticioides pigment. 研究结果为竹蓐色素的开发利用提供了科学依据。
- METHODS:Radix Aucklandiae,Rhizoma Cyperi and Cortex Magnoliae Officinalis were detected by TLC.RESULTS:The characteristic identification was distinct and highly specific. 方法:采用薄层鉴别方法作为定性指标,分别鉴别木香理气片中木香、香附及厚朴。
- Please analyse the reasons of virulence variation of Puccinia striiformis f. sp. tritici. 小麦三种锈病的生物学是否完全一致？
