1) high-throughput cultivation method
高通量分离培养技术
1.
For example, (1) adding signal compounds to the culture media; (2) dilution cultivation method; (3) mimic the natural environment of microorganisms; (4) high-throughput cultivation method.
近年来,一些新的培养方法不断的被开发出来,主要方法如下:⑴向微生物培养基中添加信号分子;⑵稀释培养法;⑶模拟海洋微生物生长的自然环境;⑷海洋微生物的高通量分离培养技术。
2) isolation and culture technique
分离培养技术
1.
The laboratory diagnostic method for branchiomycosis of fish was developed using isolation and culture technique of mildew combined with transmission microscope.
利用显微镜观察和霉菌分离培养技术建立了鱼鳃霉病的实验室诊断方法,并对31份疑似临床样品进行了检测,共检出鳃霉病14例。
3) HCDC
高密度培养技术
1.
High cell density culture (HCDC) is employed extensively in fermentation industry because of it s superiority.
高密度培养技术 (HCDC ,highcelldensityculture)在现代发酵工业中已得到广泛应用 ,具有多种优势 :①可以提高菌体的发酵密度或单位体积培养液中菌体的浓度 ,进而提高体积产率 ;②可以缩小生物反应器体积 ,减少生产设备投资 ;③强化下游分离提取过程 ,减少废水量。
4) non-high osmotic medium
非高渗分离培养
1.
tuberculosis was obtained using the non-high osmotic medium.
方法以非高渗分离培养法诱导并获得结核分枝杆菌稳定L型纯培养物,将其感染豚鼠后进行病原体分离培养,采用PCR方法检测稳定L型培养物的IS986序列并鉴定其性质。
5) culture technology
培养技术
1.
Biology characteristics of nonascus and culture technology of esterifying enzymes and quality identification;
红曲霉的生物学特性、酯酶培养技术及质量鉴定
2.
Construction of Database System on Plant Tissue Culture Technology;
植物组培苗培养技术数据库查询系统的构建
3.
The algae culture establishments、seed holding and enlarging technology、mass culture technology、pollution and Preventing methods in industrial mud clam seed production were introduced.
介绍了泥蚶工厂化育苗中单胞藻的培养设施、保种与扩种技术、三级生产性培养技术及防污染措施。
6) culture technique
培养技术
1.
Iminative experiments on industrialized mass culture of Moina mongolica Daday: Ⅱ.culture technique and production index;
模拟工厂化培养蒙古裸腹溞的试验研究 Ⅱ .培养技术和产量指标的研究
2.
Less than 1% of the microorganisms have be cultured and isolated by traditional pure culture technique, most of them in nature remain uncultured.
传统的微生物纯培养技术能够分离得到的微生物仅为自然界中微生物总数的1%左右,绝大多数微生物还处于未培养和未研究状态,针对新型培养技术的探索已经成为了研究热点。
补充资料：分离
分离
①两者解离，如脑脊液检查出蛋白细胞分离现象，见于格林巴利综合征。②隔离的意思，如对传染病患者、恢复期患者和接触者，为防止传染源扩散将其与正常人分离隔绝，避免接触传染。
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