1) specific growth rate
比生长速率
1.
Optimizing the specific growth rate of recombinant Escherichia coli BL to expressing human-like collagen;
类人胶原蛋白基因工程菌诱导后比生长速率优化
2.
Methods Observe the influence of fermentation parameters including dissolved oxygen concentration,specific growth rate and culture time on the growth of recombinant E.
方法控制相关发酵参数,观察溶解氧浓度、比生长速率和培养时间对工程菌生长和质粒浓度的影响。
3.
Based on the structured model for Pichia pastoris proposed earlier, a set point control of the specific growth rate during the methanol growth phase was studied.
在已建立的毕氏酵母发酵过程结构模型基础上,进行了甲醇流加阶段恒定比生长速率控制研究。
2) specific cell growth rate
细胞比生长速率
1.
Based on time courses of the specific cell growth rate and specific cutinase formation rate at different pH values,a two-stage pH val.
根据不同pH值下发酵过程中细胞比生长速率及产物比生长速率的变化,确定了分阶段控制pH值的策略,即在发酵前20h控制pH值7。
3) Yeast Specific Growth Ratio
酵母比生长速率
1.
The Relationship of Yeast Specific Growth Ratio and Product and Substrate in Ethanol Fermentation;
酒精发酵的酵母比生长速率与代谢产物及底物的关系
4) the ratio of relative growing rate
相对生长速率比
5) Specific growth rate of bacteria
细菌比生长速率
6) maximum specific growth rate
最大比生长速率
1.
The relationship between N/P ratios and maximum specific growth rate of red tide algae was analyzed according to Shelford\'s law of tolerance to study the response mechanism between N/P ratios and red tide algae,and the tolerance model between specific growth rate of red tide algae and N/P ratios was established.
为研究赤潮藻类的氮磷比耐受性响应机制,总结了赤潮藻类最大比生长速率与氮磷比的关系,以谢尔福德耐受定律为依据,建立了赤潮藻类最大比生长速率与氮磷比的耐受性模型,并以中肋骨条藻(Skeletonema costatum)为例进行实验验证。
2.
The batch respirometric method was applied for the determination of the concentrations and the maximum specific growth rate(μ^A) of autotrophic biomass (XA) in mixed liquors from aerobic tanks of a full-scale wastewater treatment plant with anaerobic/anoxic/aerobic process and a pilot-scale anaerobic/aerobic process.
利用批式呼吸计量法测定了实际污水处理厂厌氧/缺氧/好氧工艺和小试装置厌氧/好氧工艺好氧池内自养菌(XA)的浓度及其最大比生长速率常数(^μA)。
补充资料：比生长速率
分子式：
CAS号：
性质：也称比生长速率。单位质量的细胞在单位时间内所增加的细胞质量称为菌体的生长比速(μ)，单位为s-1。在对数生长阶段，若没有抑制或限制微生物生长的因素存在，微生物的比生长速率可达到某一最大值(μm)。菌体的最大生长比速和细胞种类、培养温度、培养基组成等因素有关。
CAS号：
性质：也称比生长速率。单位质量的细胞在单位时间内所增加的细胞质量称为菌体的生长比速(μ)，单位为s-1。在对数生长阶段，若没有抑制或限制微生物生长的因素存在，微生物的比生长速率可达到某一最大值(μm)。菌体的最大生长比速和细胞种类、培养温度、培养基组成等因素有关。
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