1) separation culture
隔离培养
3) isolated culture
分离培养
1.
Isolated culture of B.
方法收集当地居民粪便标本,碘染色法镜检人芽囊原虫,体外分离培养并观察其形态及繁殖方式,提取人芽囊原虫基因组DNA,用针对人芽囊原虫SSu rDNA的特异性引物进行PCR鉴定。
4) isolation and culture
分离培养
1.
Analysis on isolation and culture of causative pathogens for 260 cases of onychomycosis in Dongguan area;
260例甲真菌病致病菌分离培养分析
2.
Isolation and culture of clinical strains of Helicobacter pylori from patients in Guizhou Province
贵州省幽门螺杆菌临床菌株的分离培养
3.
The key factor of industrialization of biohydrogen production with digesting organic wastewater of high concentration is the isolation and culture of hydrogen producing anaerobes.
首先对连续流发酵法生物制氢系统进行工程调控和生态位调整,达到产氢最佳的乙醇型发酵阶段后,设计HPB LR培养基,用改良Hungater等3种厌氧培养技术分离培养产氢菌;采用16SrRNA/rDNA序列分析和16S 23S rDNA间隔区测序技术对分离出产氢细菌进行鉴定。
5) isolation
[英][,aɪsə'leɪʃn] [美]['aɪsə'leʃən]
分离培养
1.
Objective To establish the methods of isolation,purification and amplification of rat mesenchymal stem cells(rMSCs) in vitro and inducted rMSCs into osteoblasts.
结果rMSCs在体外分离培养扩增,rMSCs形态呈长梭形,细胞周期显示第3代MSCs约有81。
2.
Endothelial progenitor cells (EPCs) and endothelial outgrowth cells (EOCs) were obtained from MNCs through different ways of isolation and culture.
目的研究新西兰大白兔外周血两种内皮祖细胞(EPC和EOC)的分离培养和鉴定。
3.
The situation and advance in edible Mycorrhizal fungus research were summarized,which included:(1)Edible Mycorrhizal forming fungus and its habit plant;(2)Its isolation and propagation;(3)Its artificial cultivation et al.
并指出食用菌根真菌的分离培养及人工栽培还面临许多严峻的困难，要取得突破性和实用性的进展，在进一步提高人工培养的技术水平的基础，还需借助现代化的研究手段，不断探索，才能如愿以尝。
6) In vitro culture
离体培养
1.
In vitro culture and plant regeneration of Taiwania flousiana;
秃杉优选单株的离体培养技术研究
2.
The roles and mechanisms of AgNO_3 in plant in vitro culture and genetic transformation;
硝酸银在离体培养和转化中的作用及其机理
3.
Studies on in vitro culture of Sinningia hybrid;
大岩桐离体培养技术研究
补充资料：V型隔离开关
V型隔离开关
V type disconnecting switch
Vx一ng gel一kaiguanV型用离开关(vty咪disconnectingswiteh) 由两个呈V型布t的绝缘支柱组成的膝离开关。其导电活动有结构与双柱水平旋转式隔离开关(见双柱式除离开关)的相同，也是借助于两个支柱的转动来完成隔离开关的开断和闭合操作。由于两个支柱共用一个底座，因此简化了隔离开关的结构和安装支架.其结构示愈如图所示。V型隔离开关结构简单，操作灵巧，属于轻型电气装t，在35~110 kV邢电装1中应用广泛。在220 kV及以上的配电装t中.由于受支柱绝像子强度的限制，难于将两个绝缘支柱布t成V型结构，所以一般不用V型隔离开关。V型隔离开关
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条