菌绒孢属,Mycovellosiella
1)Mycovellosiella菌绒孢属
1.Notes on Four New Records of Mycovellosiella from Jilin, China菌绒孢属真菌4个吉林省新记录种
2.A new species of Mycovellosiella,Wycovellosiella, M.寄生在梨叶上引起梨叶枯病的菌绒孢属一新种:梨生菌绒孢Mycovellosiellapyricola。
2)Mycovellosiella arthraxonis荩草菌绒孢
1.Two new species, Mycovellosiella arthraxonis and Phaeoramularia grewiae, and 7 new records for China are reported.) Makino上的荩草菌绒孢Mycovellosiella arthraxonis, 寄生在扁担杆属Grewia sp。
3)M. Pyricola梨生菌绒孢
4)M.teucrii石蚕菌绒孢
1.eupatorii-odorati,M.passaloroides)、石蚕菌绒孢(M。
5)M.vitis葡萄菌绒孢
1.eupatorii-odorati,M.teucrii)、葡萄菌绒孢(M。
6)physarum绒泡菌属
1.Five species of the genus Physarum from Xinjiang are reported herein.Li的孢丝近似钙丝菌状,由或大或小的石灰结将许多细短的孢丝线联成致密的白色网体,这使其被归入绒泡菌属,并与同属其它种相区分;侧扁绒泡菌P。
2.In order to clarify some taxonomic confusion at the species level of the genus Physarum belonging to Myxomycetes and further clarify the systematic evolution relationship among taxa under this genus,a morphological comparison was studied to 81 Physarum species.为了澄清黏菌纲绒泡菌属Physarum种级分类上存在的一些混乱,以便进一步澄清该属内分类单元的系统演化关系,对绒泡菌属81个种进行了比较形态学研究。
英文短句/例句

1.A tentative treatment dividing the genus Physarum into four sections,and discussion about both continuity and discontinuity of taxonomic characters in Physarum绒泡菌属分组初探——兼论绒泡菌属分类特征的连续性与间断性
2.Studies on Life Cycle of Some Myxomycetes in Physarales and Trichiales;绒泡菌目与团毛菌目一些黏菌生活循环的研究
3.Culture and Microstructure and Ultrastructure Study on Fuligo Septica and Physarum Compressum;煤绒菌和扁绒泡菌的培养及显微和超微结构研究
4.The mitotic route is seen, for example, in the slince mold Physarum.例如,有丝分裂的途径可以看到在粘菌之绒泡。
5.Transient expression in microplasmodia of Physarum polycephalum多头绒泡菌微原质团瞬时表达系统的构建
6.Expression of Recombinant Myosin Ⅱ of Physarum Polycephalum and Measurement Mg~(2+)-ATPase Activity of Recombinant Myosin Ⅱ;重组多头绒泡菌肌球蛋白Ⅱ(Myosin Ⅱ)的表达及其酶活性的测定
7.Effects of Microgravity on the Cell Cycle, Actin Skeleton and Proteome of Physarum Polycephalum;微重力对多头绒泡菌细胞周期、微丝及蛋白质组的影响
8.Influence of Histone Acetylation on Cell Cycle Regulation and Its Mechanisms of Action in Physarum Polycephalum;组蛋白乙酰化修饰对多头绒泡菌细胞周期调控的影响及作用机制的研究
9.Study on Antibacterial EVA Foamed Materials Containing Zn~(2+), Ag~+ or Rare Metals Oxides;含锌、银离子以及稀有金属氧化物的抗菌发泡EVA的研究
10.Of, relating to, resembling, or covered with villi.绒毛的属于、关于、象或由绒毛覆盖的
11.Isolation and Bioassay of Herbicidal Active Ingredient from Paulownia tomentosa绒叶泡桐花中除草活性成分的分离与除草活性
12.Numerical Study on Foam Evolution Dynamics in the Foaming Process of Metallic Foams泡沫金属发泡过程的泡沫演化动力学研究
13.To galvanize or plate(metal)by immersion.电镀通过浸泡镀涂金属
14.heat a metal prior to working it.在加工之前浸泡金属。
15.Study on the Extracellular Enzymes Activites of Corilus versicolor sp.;彩绒革盖菌CV-8胞外酶活性研究
16.Antimicrobial Activity of the Extracts from Fraxinus velutina Torr Fruits绒毛白蜡果实提取物的抑菌作用研究
17.The flannel bush.佛里蒙特属的植物法兰绒灌木
18.downy milkweed seeds.有绒毛的乳草属植物的种子。
相关短句/例句

Mycovellosiella arthraxonis荩草菌绒孢
1.Two new species, Mycovellosiella arthraxonis and Phaeoramularia grewiae, and 7 new records for China are reported.) Makino上的荩草菌绒孢Mycovellosiella arthraxonis, 寄生在扁担杆属Grewia sp。
3)M. Pyricola梨生菌绒孢
4)M.teucrii石蚕菌绒孢
1.eupatorii-odorati,M.passaloroides)、石蚕菌绒孢(M。
5)M.vitis葡萄菌绒孢
1.eupatorii-odorati,M.teucrii)、葡萄菌绒孢(M。
6)physarum绒泡菌属
1.Five species of the genus Physarum from Xinjiang are reported herein.Li的孢丝近似钙丝菌状,由或大或小的石灰结将许多细短的孢丝线联成致密的白色网体,这使其被归入绒泡菌属,并与同属其它种相区分;侧扁绒泡菌P。
2.In order to clarify some taxonomic confusion at the species level of the genus Physarum belonging to Myxomycetes and further clarify the systematic evolution relationship among taxa under this genus,a morphological comparison was studied to 81 Physarum species.为了澄清黏菌纲绒泡菌属Physarum种级分类上存在的一些混乱,以便进一步澄清该属内分类单元的系统演化关系,对绒泡菌属81个种进行了比较形态学研究。
延伸阅读

假单孢菌属分子式:CAS号:性质:革兰氏染色阴性。呈直杆、卵圆到短杆状,少数能形成长杆状,大小一般为(0.5~1)μm×(1.5×4)μm;以极生鞭毛运动,鞭毛为单毛到丛毛;不产生鞘或突起物,无芽孢;在肉汁蛋白胨培养基上菌落大多呈圆形、凸状、全缘、半透明、闪光;生长24h内直径约为1~3mm;异养菌,不发酵葡萄糖和烷基胺、不氧化乙醇为乙酸;能利用多种有机化合物,作为惟一的或主要的碳源而生长;能液化明胶,分解蛋白质,少数需要氨基氮,大多数可利用无机氮;除了能利用反硝化作用为厌氧呼吸的一些种外,都是严格好氧;无光合作用、接触酶阳性、氧化酶阳性;大多数种能产生水溶性色素;生长温度为4~43℃;DNA的G+C含量为58%~70%(摩尔)。这属菌可在土壤、动植物表体、海水及淡水中找到。呼吸代谢,永不发酵。不固定氮素。能利用一碳化合物以外的碳化合物作为惟一的碳源。严格好氧,一些能利用反硝化作用作为厌氧呼吸的种除外。他们的活性在有机物质矿化方面具有重要的意义。