1) microscilla
微颤菌属
2) Microbacterium
微杆菌属
1.
The morphology and physiology of three stains shows that the strain PD51 and PD53 belong to Microbacterium,while the strain PD56 belongs to Arthrobater.
通过形态学观察和生理生化指标对这3种微生物进行鉴定,初步确定菌株PD51和PD53属于微杆菌属(Microbacterium),而菌株PD56属于节杆菌属(Arthrobater)。
2.
Eleven of them belong to genus Bacillus, four are genus Microbacterium and one Xanthobacter wiegeletal flauus.
从曾候乙墓分离到的16株菌,其中有11株为芽孢杆菌属类,4株微杆菌属,1林为黄色杆菌属。
3.
The microbial strain was identified as Microbacterium based on morphological observations,as well as physiological and biochemical tests.
从炼油厂分离出一株脱硫的菌株YBS2#,摇瓶培养该菌株96 h后通过高效液相色谱法(HPLC)检测,对二苯并噻吩(DBT)降解率可达到64%,经对菌株进行形态观察及生理生化特征鉴定将其归类为微杆菌属(M icrobacterium)。
3) Micrococcus sp
微球菌属
1.
Strain N-1 able to use naphthalene as sole carbon source for growth was isolated from oil contaminated soil, and it was identified as Micrococcus sp.
从石油污染的土壤中分离到1株能够较好降解萘的菌株N1,它能以萘为唯一碳源生长,初步鉴定为微球菌属(Micrococcussp。
2.
The preliminary identification sugg ested that the strain belongs to Micrococcus sp.
从某印染厂下水道的污泥中分离到一株能高效降解苯酚的菌株ph1 6,经初步鉴定为微球菌属 (Micrococcussp )。
3.
and Micrococcus sp.
)和微球菌属(Micrococcus sp。
4) Micrococcus
[英][,maikrə'kɔkəs] [美][,maɪkrə'kɑkəs]
微球菌属
1.
Among them,a strain with high flocculating activity was preliminarily identified as Micrococcus Y2.
从土壤和活性污泥中分离出22株絮凝剂产生菌,以培养液对高岭土悬浊液絮凝效果为指标,筛选出1株高效絮凝剂产生菌Y2,初步鉴定为微球菌属(Micrococcus)。
2.
Two strains of high effective, lubricating oil degrading bacteria, ZL1 and ZL2, were screened out from oil contaminated soil, which were preliminarily identified as flavobacteriun and micrococcus.
初步鉴定为黄杆菌属和微球菌属。
3.
A carotenoid-producing bacterial strain TH was isolated from distiller s grains and was identified as Micrococcus sp.
从酒糟中分离出的一株产类胡萝卜素的细茵(TH),分类鉴定为微球菌属(Micrococcus sp。
5) Microbacterium sp
微杆菌属
1.
The sequence data aligned with 16S rDNA sequences deposited in GenBank indicate that the strain OU01 belonged to the genus of Microbacterium and the morphological,biochemical and physiological characteristics also showed that the strain OU01 belonged to Microbacterium sp.
16S rDNA序列分析表明该菌属于微杆菌属;该菌的形态特征与生理生化鉴定结果表明该菌与Microbacteriumsp。
2.
and Microbacterium sp.
)和微杆菌属(Microbacteriumsp。
6) Rhodomicrobium sp.
红微菌属
补充资料：生丝微菌属
分子式：
CAS号：
性质：一属可进行分枝丝状生长、在菌丝顶部进行出芽繁殖的杆菌。细胞大小为（0.5～1.0）μm×(1～3)μm。外形为末端尖细的杆状、革兰氏染色不明。在菌丝顶端会长出能运动的芽。芽体附着物体后即丧失运动能力而作丛生生长。在固体培养基上生长缓慢，形成微小菌落。化成有机营养，但生长需要二氧化碳。能利用甲醇、甲胺等一碳化合物作惟一碳源和能源。可好氧生长或利用硝酸盐作厌氧生长。生活在土壤、淡水、半咸水和海水中。G+Cmol%值为59～67。模式种为普通生丝微菌（H.vulgare）。
CAS号：
性质：一属可进行分枝丝状生长、在菌丝顶部进行出芽繁殖的杆菌。细胞大小为（0.5～1.0）μm×(1～3)μm。外形为末端尖细的杆状、革兰氏染色不明。在菌丝顶端会长出能运动的芽。芽体附着物体后即丧失运动能力而作丛生生长。在固体培养基上生长缓慢，形成微小菌落。化成有机营养，但生长需要二氧化碳。能利用甲醇、甲胺等一碳化合物作惟一碳源和能源。可好氧生长或利用硝酸盐作厌氧生长。生活在土壤、淡水、半咸水和海水中。G+Cmol%值为59～67。模式种为普通生丝微菌（H.vulgare）。
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