青霉菌

The enzymes of Penicillium camembertii produce the soft, smooth texture of Camembert and Brie cheeses.

青霉菌和曲霉菌-用于奶酪生产。青霉菌的酶产生软光滑的布里白奶酪

As a result penicillium of Ma Erni humble is double photograph bacterium, mould bacterium colony can discover the broom shape mycelial of diagnostic sex,; of pigment of rose of water-solubility of the generation after sanded Paul fosters 3 days is medullary inside and outside of cell of blood of the week outside mixing all can discover spore;PAS coloring sees bacterium body show circle, elliptic or sausage shape, size is differ, it is 2~8 μ M about, color of afterbirth wall incarnadine and clear and successive, it is thus clear that inside the cell of sausage shape one apparent horizontal stroke is lain between, afterbirth is qualitative not easy and chromatic.

结果马尔尼菲青霉菌为双相菌，霉菌型菌落可发现特征性的扫帚状菌丝，沙保罗培养3天后产生水溶性玫瑰色素；骨髓和外周血细胞内外均可发现孢子；PAS染色可见菌体呈圆形、椭圆形或腊肠状，大小不一，约为2~8μm，胞壁染红色且清楚连续，在腊肠状的细胞内可见一明显的横隔，胞质不易着色。

Further testing revealed that the mold, Penicillium, killed most varieties of bacteria.

进一步的测试表明，这种霉菌，即青霉菌，杀灭了大部分的细菌。

He identified the mold as coming from the penicillium family and called it penicillin.

他辨认出这种霉菌属于青霉菌属，并且把它叫做青霉素。

Objective To compare the difference in protome expression between yeast form and mould form of Penicillium marneffei.

目的比较马尔尼菲青霉菌酵母相和霉菌相蛋白质组表达差异。

Malloch Lab of Mycology is primarily dedicated to research in mycology including diversity and distribution of ascomycetes in soil, taxonomy and distribution of lichens, ecology of fungi in stored grains, taxonomy of crustose lichens, taxonomy of penicillium subgenus penicillium, population dynamics of indoor penicillium species, moulds, fungi in caves, population dynamics of indoor penicillium species.

Malloch真菌学研究室主要致力于真菌学的研究，其研究领域包括土壤中子囊菌的多样性和分布，地衣类的分类学和分布，真菌生态学，壳状地衣的分类学，青霉菌亚属青霉菌的分类学，霉，洞穴中的真菌，室内青霉菌的种群动力学等。

The results showed that human demodex (including demodex folliculorum and demodex brevis) and fungus including Aspergillus, Penicillium, Microsporum of the dermatophytes, Candida and Mucor, ect.

其中人体蠕形螨包括毛囊蠕形螨和皮脂蠕形螨，真菌包括曲霉菌、青霉菌、皮肤丝状菌的小孢子菌、念珠菌和毛霉菌等。

objective to establish immunological methods specific for detecting antigens in different groups of monoclonal antibodies.methods indirect immnofluorescence assay was applied to identify specificity of the two groups of monoclonal antibodies prepared with crude antigen and recombinant antigen of aspergillus fumigatus,respectively.two different double monoclonal antibody sandwich elisa assays established with the two groups of antibodies were performed to detect antigents in the cell culture supermatants of 19 common species of aspergillus,penicillium marneffei,and 5 species of candidas.results the results of indirect immnofluorescence assay indicated that the monoclonal antibodies prepared with crude antigen of aspergillus fumigatus were specific for antigens in both clinical isolates and environmental isolates of aspergillus, whereas the other group of monoclonal antibodies was proved to be specific for aspergillus fumigatus of both clinical and environmental isolates.the elisa assay established with the crude antigen-specfic monoclonal antibodies could detect both of the clinical and environmental isolates of aspergllius, while the other assay could only detect aspergillus fumigatus of both clinical and environmental isolates.and no cross reaction with the cell culture of penialllium marneffei and candidas was observed with the two methods.conclusion the elisa assays can detect both of the clinical and environmental isolates of aspergillus,and differentiate aspergillus fumigatus from other species of aspergillus.

目的 用2组曲霉单克隆抗体建立特异性识别不同种类曲霉抗原的检测方法。方法采用天然烟曲霉抗原免疫，获得广谱针对曲霉抗原的单克隆抗体；采用重组烟曲霉抗原获得特异性针对烟曲霉抗原的单克隆抗体，用间接免疫荧光鉴定，并分别建立2种双抗体夹心elisa法，对19种常见的环境和临床分离曲霉株、马尔尼菲氏青霉菌及念珠菌培养液进行检测。结果间接免疫荧光显示，用天然烟曲霉抗原免疫获得的单克隆抗体(mabs-1)可广谱识别多种曲霉分离株，而重组烟曲霉抗原获得的单克降抗体(mabs-2)仅能特异性结合临床和环境分离的烟曲霉抗原。用mabs-1建立的双抗体夹心elisa法可检测19种常见曲霉株培养液；用特异性针对烟曲霉抗原单克降抗体(mabs-2)建立的双抗体夹心elisa法可特异性检测临床和环境分离株烟曲霉培养液；与其他曲霉株无交叉反应；2种双抗体夹心elisa法与马尔尼菲氏青霉菌及念珠菌培养液均无交叉反应。

Crimples and apertures appeare on the surface of P. itatlicum cells after HVEF treatment. But protease activity of P. itatlicum and conductivity of the single spore suspension change slightly.

高压静电场处理后，青霉菌的孢子表面出现皱缩和孔洞，青霉菌中蛋白酶的活力和单孢子悬液的电导率没有明显变化。

The results indicated Paecilomyces farinosus was aerobic fungus and rotate speed of rocking bed exceeded 150r/min would benefit the mycelium growth.Initial inoculum could affect the time of reaching maximal mycelial bioass and could not affect the maximal mycelial bioass.inoculum exceeding 5% would benefit t...

结果表明粉拟青霉是一种好气性真菌，摇床转速大于150r/min有利于该菌生长；接种量对菌丝最大产量影响不大，但是能够影响菌丝量达到最大值的时间；接种量大于5%，有利于菌丝产量迅速达到最大值；粉拟青霉菌在pH值为3～10的培养基中都能够生长，生长过程中能够分泌代谢产物主动调节pH值，该菌在pH为5～7的微酸环境中生长最快；液体发酵过程中粉拟青霉生长量与发酵时间的关系符合逻辑斯蒂生长模型。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。