myxobacteria

A preliminary study on ecological diversity of myxobacteria

粘细菌生态多样性的初步研究

The myxobacteria show typical social behaviors , such as cell density-dependent growth patterns and growing close together .

社会性的粘细菌在生长过程中呈现出聚团生长和细胞密度依赖性等社会性行为。

Conclusion Three new myxobacteria strains can be obtained .

结论得到3株黏细菌新菌株。

The Cell Behavior and Its Molecular Mechanism of Marine Myxobacteria

海洋粘细菌细胞行为及其分子机制研究

Analysis of the Function of mts Genes from Different Myxobacteria

不同粘细菌来源的mts基因功能差异分析

A Preliminary Study on Screening and Identification of Myxobacteria

黏细菌的筛选及鉴定的初步研究

However , there are few reports on the myxobacteria TAG metabolic enzymes .

但目前对于粘细菌TAG的代谢酶研究却鲜有报道。

Duplicated genes were reported that could be helpful in adjusting myxobacteria to its complicated social behavior .

多拷贝基因的存在被认为是粘细菌适应其复杂社会学行为的结果。

In late years , myxobacteria are valued for their large number of biologically active secondary metabolites .

近年来，粘细菌作为一类可产生丰富次级代谢物的微生物类群日趋受到重视。

Myxobacteria provide an excellent system for studying prokaryotic development because they can initiate multicellular morphogenesis .

粘细菌是研究多细胞结构形态发生机制的良好模型。

Study on diversity of species resource of myxobacteria in Hebei province : urban district and five counties of Chengde

河北省粘细菌物种资源多样性的研究&承德市区及其五县生态样品的研究

In the past , the ability to form fruiting bodies was used to isolate myxobacteria from the soil .

粘细菌的分离纯化通常是利用粘细菌能够形成子实体的能力进行的。

In addition , myxobacteria translocate in large groups and prey on other organisms .

另外，粘细菌以群体形式运动并扑食其它生物。

A strain of Myxobacteria producing high active anti-tumor materials was selected by isolating the metabolic product of Myxobacteria .

以肿瘤细胞株为筛选模型，对分离的粘细菌代谢的产物进行定向、高通量筛选，在较短时间内得到了1株产高活性抗癌物质的粘细菌。

A Study on Myxobacteria

粘细菌研究

Purification and characterization of protein MF-1 with fibrinolytic and anticoagulant activities from myxobacteria

黏细菌抗凝溶栓双功能蛋白MF-1的纯化及其酶学性质

Conventional genetic analyses of myxobacteria were inefficient and time consuming such as transduction , electro transformation and conjugation .

传统的粘细菌遗传分析方法，比如转导、电转化和接合的效率很低，非常耗时。

During developmental aggregation and predatory lifestyle , gliding motility is very important for myxobacteria .

粘细菌的滑动运动对其发育聚集和扑食过程都是非常重要的。

Growth and limited factors of myxobacteria Sorangium cellulosum

纤维堆囊菌生长及限制因素的研究

Type genus of the family Polyangiaceae : myxobacteria with rounded fruiting bodies enclosed in a membrane .

多囊粘菌科的一个模式属；含有粘细菌带有包在一层膜内的圆形果质体。

Selection of Polyangium vitellinum JSW103 ( Myxobacteria ) with High Active Anti-tumor Materials

产高活性抗癌物质卵黄状多囊菌JSW103（粘细菌）的筛选

The myxobacteria are considered to be the typical soil microorganisms , and none of them can tolerate the salt concentration of seawater .

粘细菌曾经被普遍认为是典型的陆生细菌，不能够在海水盐浓度下生长。

The myxobacteria are Gram-negative , unicellular gliding bacteria with complex social behavior , and are important model strains to study prokaryotic multicellular social behavior and cooperative morphogenesis .

粘细菌是一类具有复杂多细胞行为特性的革兰氏阴性单细胞滑动细菌，是研究原核生物多细胞行为和形态发生的重要模式菌株。

The Isolation of Algae-Lysing Bacterium and Myxobacteria and the Study on the Algae-Lysing Effect ; Development and identification of a monoclonal antibody against brevetoxin

溶藻细菌和溶藻粘细菌的分离及溶藻效果研究短裸甲藻毒素单克隆抗体的制备及其鉴定

Myxobacteria is a kind of higher prokaryote with social behavior . They have complicated cooperative motility behavior and appearance formation , so they are important to the research of cell differentiation , development and evolution .

粘细菌（myxobacteria）是一类具有社会性行为的高等原核生物，具有复杂的多细胞行为和形态发生，在细胞分化、发育和生物进化研究中占有重要地位。

Unlike the normal terrestrial myxobacteria . HW-1 grew in the medium ranging from 0 % to 130 % seawater and the optimal growth conditions were at 0-80 % seawater .

与普通的陆生粘细菌不同，HW-1能够在0-130%的海水浓度的培养基上生长，其最适生长浓度为0-80%的海水培养基。

The 16S rDNA sequences results were almost identical to the physiological and biochemical results , this conformed the importance of molecular , physiological and biochemical function in the taxonomy of Myxobacteria .

生理生化实验结果与165rDNA序列分析结果基本一致，证明了生理生化实验对于粘细菌分类的重要作用。

However , very few studies have been focused on the activity of degrading biomacromolecular materials , such as cellulose and hemicellulose , which is the unique and basic property of S. cellulosum among the myxobacteria .

但是，对其最为基本的微生物学特性&粘细菌中唯一能够降解纤维素、半纤维素等生物大分子的类群，相关研究则涉及很少。

In the past two decades , about 100 basic structures and 600 structural variants have been discovered in myxobacteria and have been fully characterized chemically , which account for about 3.5 % of the presently known secondary metabolites of microbial origin .

至今已经从粘细菌次级代谢物中鉴定了100种以上的基本化学结构和600多种结构衍生物，约占微生物来源总数的3.5%。