Penicillium notatum

Penicillium notatum的基本解释

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特异青霉, 青霉菌

与Penicillium notatum相关的网络例句 [注：此内容来源于网络，仅供参考]

Results showed that the root colonization rate of S. gracilis (62.2%) was higher than that of A. conyzoides (36.5%) and P.notatum (37.3%).The arbuscule percentage showed a similar pattern. Although the biomass and P content in the shoots of the three grass species were comparable, P content in S. gracilis roots was higher than that in A. conyzoides and P. notatum roots. The species richness and hyphal density in the rhizosphere soil of S. gracilis plants were less than those of A. conyzoides and P. notatum plants, while the spore density was highest for A. conyzoides and lowest for P. notatum. Diversity index of the native AM fungi in the rhizosphere soil of P. notatum plants was slightly higher than those of S. gracilis and A. conyzoides plants. PCRDGGE analysis was consistent with the morphological results.

结果表明，柱花草根系的侵染率(62.2%)显著高于百喜草(36.5%)和藿香蓟(37.3%)，丛枝率有相似的趋势；3种草地上部的生物量和含磷量没有差异，但是柱花草根系含磷量显著高于百喜草和藿香蓟；柱花草根际土壤中AM真菌的菌种丰度和菌丝密度均小于百喜草和藿香蓟，但是孢子密度大于藿香蓟而小于百喜草；藿香蓟根际土著AM真菌群落的多样性指数略高于柱花草和百喜草；PCR-DGGE分析结果与之吻合。

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。

Under the microenvironments of fruit bagging,Alternaria had always been the major fungi in different bags,sites of fruit and weather conditions during the whole growing season. As the secondary major fungi,Penicillium had always been after July and emerged later in inner bag and cortical pore than other sites.In the bag with which the inner bag was red and waxing,Trichoderma was isolated first in pericarp without cortical pore and inner bag as well as later in cortical pore after August.In \'Kobayashi\' bag which inner bag was red and waxing, Aspergillus and Fusarium were isolated in pericarp without cortical pore and cortical pore after bag removed.Alternaria and Penicillium were isolated in unbagging fruit and \'Qianwei\' bag which inner bag was red and unwaxing and the date Penicillium was isolated in CK was 45d later than bagging treatment.Under high temperature weather condition,there were no differences in the fungi population structure on fruit surface among all treatments.And the fungi population structure on fruit surface in bagging apple was more than that of unbagging ones under overcast and rainy condition.

在苹果套袋微域环境下，不同育果袋、果实不同部位、不同时期、不同气象条件下的真菌主要是链格孢霉，且在套袋后的整个生长季均可分离到；青霉为第二大真菌，在7月份后均可分离到，在非皮孔部位的出现要早于内果袋和皮孔部位；8月份后在内袋红色涂蜡的育果袋上分离出了木霉，其先出现在非皮孔处和内果袋，然后出现在皮孔处；曲霉和镰刀菌仅在内袋红色涂蜡的&小林&袋的非皮孔部位和皮孔部位于摘袋后分离出；在内袋为黑色且未涂蜡的育果袋和未套袋果上仅仅分离出链格孢霉和青霉，且青霉分离出的时期要比套袋果晚45d。

与Penicillium notatum相关的网络解释 [注：此内容来源于网络，仅供参考]

Penicillium notatum：青霉菌

由青霉菌(Penicillium notatum)所分泌的抗生素,主要能抑制革兰氏阳性细菌的繁殖,其作用机制在於阻断细菌细胞壁的生成. [作用与用途]抑制繁殖期细菌细胞壁的合成而发挥杀菌作用,起效迅速. 对革兰氏阳性菌,如链球菌...

Penicillium notatum：青霉

十年之内,佛莱明纯化了特异青霉(Penicillium notatum)所产生的物质,称为青霉素(Penicillin),可以用来治疗被细菌感染的疾病. 梅毒(Syphilis)是学名,全世界都通用,花柳是我国古代对这种性病的尊称. 古人只知道嫖妓、风流快活可传染到这种性病(但对梅毒的病源是不清楚的).

Penicillium notatum：青霉素

2491 卵类粘蛋白 Ovomucoid | 2501 青霉素 Penicillium notatum | 2502 多主枝孢子菌 Cladosporium herbarum

Penicillium notatum：特异青霉素

antagonist n.对手,拮抗物 | Penicillium notatum 特异青霉素 | antagonistic a.对抗性的