多剂量瓶重复使用过程中可能带入的细菌和真菌污染物将会有机会在没有用完的瓶中生长。
Bacterial and fungal contaminants, which may be introduced during repeated use of a multi-dose vial, would have an opportunity to grow in the partially-used vials.
硫柳汞是一种化合物，用于抑制以多剂量瓶向各国提供的某些灭活(即病毒已经被杀死)疫苗中细菌和真菌的生长。
Thiomersal is a compound used to prevent bacterial and fungal growth in some inactivated (in which the virus has been killed) vaccines provided to countries in multi-dose vials.
硫柳汞是一种含有乙基汞的化合物，用于防止细菌和真菌在以多剂量瓶提供的某些灭活(即病毒已经被杀死)疫苗中生长。
Thiomersal is a compound containing ethyl mercury used to prevent bacterial and fungal growth in inactivated (in which the virus has been killed) vaccines presented in multi-dose vials.
由细菌、真菌和水藻的活细胞制成的全新合成生命体，或者说生物机器，将随时根据建筑中居民的需要而生长进化。
Entirely new synthetic life forms, or biological machines, made of engineered living cells from bacteria, fungi and algae will grow and evolve with the changing needs of a building's inhabitants.
一些干酪被浸泡于盐水中以刺激特殊的真菌和细菌的生长，林堡软干酪就是这样一种干酪。
Some cheeses are soaked in brine to stimulate the development of specific fungi and 'bacteria; Limburger is one such cheese.
在国外的制剂中还加入EDTA或者亚硫酸盐来抑制细菌和真菌的生长。
Disodium edetate (EDTA) or metabisulfite is added to retard bacterial and fungal growth.
青芥对霉菌和真菌丝毫不起消灭作用，只能在数小时内阻慢菌类增长，之后细菌的生长速度便会回升。
Mustard Green mustard could not kill any mildew and fungus. Only could impede the fungus' growth in hours. Then the bacterial's growth will rebound. Could grow faster and faster.
采集建筑材料表面样品对真菌和细菌生长可能性进行评估，采集空气样品来确定可生存真菌和细菌以及不可生存真菌的浓度。
Collect surface samples from building materials to assess fungal and bacterial growth potentials, and air samples to determine concentrations of both viable and nonviable fungi, and viable bacteria.
海洋细菌和真菌的生长速度与温度上升成正比。
Marine bacteria and fungal growth rates are positively correlated with increasing temperature.
大量研究发现，食细菌线虫和食真菌线虫都有助于土壤氮素等养分矿化，从而促进植物生长。
Most studies suggest that bacterial - and fungal-feeding nematodes stimulated soil nitrogen mineralization and promoted plant growth.
采用平板生长抑制法、菌丝生长速率法和孢子萌发试验法检测了几种抑菌剂对植物组织培养中常见细菌和真菌的抑菌作用。
The inhibitory effect of several bacteriostats on bacteria and fungus in plant tissue culture was evaluated by the methods of flat growth restraint, mycelial growth and spore germination.
细菌主要发现于该数值较大时，而某些丝状真菌和少数酵母菌可以0.6 ~ 0.7数值间生长。
Bacteria are mainly found at the higher a values while certain filamentous fungi and a few yeasts can grow at values between 0.6 ~ 0.7.
方法用K-B纸片扩散法和生长速率分别研究了湿生扁蕾对细菌和真菌的抑制作用。
MethodsK-B paper diffusion and mycelial growth rate methods were used to determine antibacterial activity, respectively.
方法用K-B纸片扩散法和生长速率分别研究了湿生扁蕾对细菌和真菌的抑制作用。
MethodsK-B paper diffusion and mycelial growth rate methods were used to determine antibacterial activity, respectively.
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