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- Nocardia fordii 福特(氏)诺卡(氏)菌
- Purification of Nitrile Hydratase from Nocardia sp. 腈水合酶的纯化过程研究。
- Aster panduratus Nees ex Walp.[A. fordii Hemsl. ]，以全草入药。全年可采，晒干。
- Effect of Fe Nutrient on Fruit Yield of Aleurites fordii. 铁营养元素对油桐产量的影响。
- Epoxysuccinate hydrolase production in fed-batch cultivation of Nocardia sp. 发酵生产环氧琥珀酸水解酶的研究。
- Conclusion Nervilia fordii is effective against influenza virus A in vitro. 结论青天葵具有体外抗甲型流感病毒作用。
- Studies on fermentation optimization of nitrile hydratase Nocardia sp. HD9611 (产腈水合酶菌Nocardia sp.
- The major pesticide degrading actinomycetes were Nocardia, Streptomyces, etc. 降解农药的放线菌主要有诺卡氏菌属、链霉属等。
- Pus and sputum cultures yielded trimethoprim-sulfamethoxazole (TMP-SMX)-resistant Nocardia asteroides. 脓疡和痰液培养长出对磺胺类药物具有抗药性的土壤丝菌。
- Objective: To study the alkaloid constituents of Phlegmariurus fordii (Baker) Ching. 目的 :研究石杉科华南马尾杉 [Phlegmariurusfordii(Baker)Ching]中的生物碱成分。
- Title： Pharmacological Study on Antitussive and Antiasthmatic Actions of Nervilia fordii ( Hance ) Schitr. 关键词：青天葵/药理学;镇咳药;平喘;疾病模型,动物;小鼠;豚鼠
- IMPROVED PROCESS FOR HIGH ACRYLAMIDE ACCUMULATION WITH ACCLIMATED MICROORGANISM Nocardia sp. 高丙烯酰胺耐受性菌株及水合结晶工艺。
- Objective Antiviral actions of Nervilia fordii against influenza virus in vitro were studied. 目的研究青天葵在体外抗甲、乙型流感病毒株作用。
- SEM result indicates that the mycelium on the surface of ectoblast of Nocardia cell is the important attachable site. 扫描电镜检测结果表明, 诺卡氏菌细胞表面的菌丝是重要的吸附部位；
- The research aimed to obtain tissue culture seedlings of Nervilia fordii(Hance) Schltr. 通过组织培养方法获得青天葵组培苗。
- Nocardia cell concentration, stirring speed and temperature have no obviously effect on selective adsorption. 细胞悬浊液浓度、搅拌速度和温度对吸附效果影响不大, 均可产生选择性吸附。
- Then peroxidase isoenzyme spectrum analysis of five strains of Aleurites fordii. 五个三年桐品种过氧化物酶同功酶的酶谱分析.
- The infectious agent responsible here was Nocardia, which is known to produce chronic abscessing inflammation. 此处引起感染的因素是诺卡菌属,主要引起慢性脓肿。
- Nitrile Hydratase Super-induction and Fermentation Method Modification of Nocardia sp. HD9611 (产腈水合酶菌Nocardia sp.
- The selective adsorption of Nocardia on the surface of pyrite and sphalerite was studied under various conditions. 研究了诺卡氏菌在不同影响因素条件下,在黄铁矿和闪锌矿表面的选择性吸附。
