代谢流量分析 Metabolic flux analysis英语短句 例句大全

Metabolic Flux Analysis (MFA) is a powerful tool used in bioinformatics and systems biology to analyze and model the flow of metabolites through cellular metabolic pathways. This method provides a comprehensive understanding of cellular metabolism, enabling researchers to quantify metabolic fluxes, identify key metabolic pathways, and optimize biotechnological processes. For example, MFA has been employed to investigate the metabolic alterations in cancer cells and to enhance the production of biofuels and pharmaceuticals in various organisms. Furthermore, MFA has shown promise in guiding metabolic engineering strategies and understanding metabolic responses to environmental perturbations. Overall, Metabolic Flux Analysis plays a crucial role in unraveling the complex interplay of metabolic pathways and holds great potential for advancing our understanding of cellular metabolism and its applications in biotechnology.

代谢流量分析,Metabolic flux analysis

1)Metabolic flux analysis代谢流量分析

1.Metabolic flux analysis of spiramycin biosynthesis;螺旋霉素生物合成代谢流量分析

英文短句/例句

1.Mixotrophic Culture and Metabolic Flux Analysis of Phaeodactylum Tricornutum三角褐指藻的混合培养及代谢流量分析

2.Breeding of L-Glutamine Producer and Its Metabolic Flux AnalysisL-谷氨酰胺产生菌的选育和代谢流量分析

3.Metabolic Flux Analysis of Lutein Production by Hererotrophic Chlorella小球藻异养合成叶黄素的代谢流量分析

4.Study on Fermentation of Ethanol by Zymomonas Mobilis and Its Metabolic Flux Analysis运动发酵单胞菌的乙醇发酵及其代谢流量分析的研究

5.Effect of Different Carbon Sources on Succinic Acid Production of Actinobacillus succinogenes and Metabolic Flux Analysis碳源对琥珀酸放线杆菌发酵产丁二酸的影响及其代谢流量分析

6.Application of metabolic flux ratio analysis in metabolic engineering-a review代谢流量比率分析及其在代谢工程中的应用

7.General Formalism for Chemical Reaction Networks. Metabolic Flux Analysis.化学反应网路的一般形式。代谢流通量分析。

8.Metabolic Analysis of L-Malic Acid and Confirmation of A StrainL-苹果酸代谢流分析及高产菌株构建

9.Analysis on Energy Metabolism in Badminton Training;能量代谢分析在羽毛球训练中的运用

10.Volleyball Competition"s Time Characteristics and Analysis of Its Energy Metabolism排球比赛的时间特征与能量代谢分析

11.Growth and Matebolism and Metabolic Flux Analysis of Saccharomyces Cerevisiae under Sealed Fermentation;完全密闭发酵条件下酿酒酵母的生长代谢及其代谢通量分析

12.Fed-batch Strategy Optimization and Metabolic Flux Analysis of Thuringiensin;苏云金素的补料发酵工艺优化与代谢流分析

13.Primary Modeling and Simulation for Metabolic Networks in Dynamic Flux Balance Analysis;应用动态流平衡分析对代谢网络初步建模仿真

14.Metabolic Flux Analysis of Actinobacillus Succinogenes in Succinic Acid Fermentation;琥珀酸放线杆菌发酵丁二酸的代谢流分析

15.Epidemiologic features of metabolic syndrome among individuals above 15 years old in Guangdong Province.广东省15岁以上人群代谢综合征流行特征分析

16.Metabolic flux analysis of L-ornithine biosynthesis by Corynebacterium glutamicum谷氨酸棒杆菌生物合成L-鸟氨酸的代谢流分析

17.metabolism and moisture content of the embryo胚的代谢和水分含量

18.Study on Fermentation of L-Lactic Acid by Bacteria and Its Metabolic Flux Analysis;细菌L-乳酸发酵及其代谢通量分析的研究

相关短句/例句

metabolic flux analysis代谢流量分析(MFA)

3)metabolic flux analysis代谢流分析

1.A petri net based approach formetabolic flux analysis;一种基于Petri网的代谢流分析方法

2.According to themetabolic flux analysis,the metabolic flux of 98.应用代谢流分析方法,通过MATLAB软件线性规划得到发酵中后期胞内代谢流分布及L-亮氨酸合成的理想代谢流分布。

3.Based on the comparison between the metabolic flux distribution of the optimal pathways determined by pathway analysis with that calculated bymetabolic flux analysis during the middle and late period of L-tryptophan fermentation, the strategies of interaction with NH4+ and PO43- and improving DO were indicated.将途径分析所确定的L-色氨酸生物合成最佳途径的代谢流分布与代谢流分析所计算出的L-色氨酸分批发酵中后期的代谢流分布相比较。

4)metabolic carbon flux analysis代谢流分析(MFA)

5)metabolic flux analysis代谢通量分析

1.Study on D-ribose Synthsis by Bacillus Pumilus SY-6 and Metabolic Flux Analysis;短小芽孢杆菌生物合成D-核糖及代谢通量分析的研究

2.Intracellular metabolic activity of Bacillus licheniformis for synthesis of β-mannanase was studied based onmetabolic flux analysis(MFA).基于代谢通量分析理论研究了地衣芽孢杆菌生物合成β-甘露聚糖酶的胞内代谢活动。

3.A model of metabolic flux balance was set up by usingmetabolic flux analysis.采用代谢通量分析法建立了代谢通量平衡模型,通过线性规划对1,3-丙二醇厌氧和微氧发酵进行了优化分析,得到其最优代谢通量分布和最大理论得率,并分析了比生长速率、底物浓度以及乙醇生成速率、氧气消耗速率、呼吸商对1,3-丙二醇得率的影响。

6)stoichimetrically analysis代谢计量分析

延伸阅读

理想流量计试探与流量仪表的选用理想流量计试探1．检测件无阻碍物；2．检测件可夹装在管道外部，可随意移动在任何地点测量而无须截断管道与流体；3．仪表的流量计算方程简单明确，可外推到未知领域而无须实流校验；4．频率脉冲输出信号，数字式仪表，便于远传抗干扰及与计算机联网；5．仪表输出信号不受流体介质物性的影响；6．仪表输出信号不受流体流动特性的影响；7．仪表复现性高；8．仪表范围度宽，线性好；9．仪表可靠性高，价格适宜，维修技术不复杂；10.无须个别实流校验，或只须“干校”，或在一、二种介质中校验可推广到各种介质；11.检测件输出信号直接反映质量流量。可以说至今并没有出现上述的理想流量计，所有流量计都多少具备一些上述条件，只不过有的多些，有的少些。所有流量计制造厂试制新产品都力图能更多地具备上述条件。流量仪表的选用 流量仪表的选型对仪表能否成功使用往往起着很重要的作用，由于被测对象的复杂状况以及仪表品种繁多，产品质量难以掌握等情况，使得仪表的选型感到困难。没有一种十全十美的流量计，各类仪表都有各自的特点，选型的目的就是在众多的品种中扬长避短，选择自己最合适的仪表。 一般选型可以从五个方面进行考虑，这五个方面为仪表性能方面、流体特性方面、安装条件方面、环境条件方面和经济因素方面。五个方面的详细因素如下： 1.仪表性能方面准确度、重复性、线性度、范围度、流量范围、信号输出特性、响应时间、压力损失等；2.流体特性方面流体、温度、压力、密度、粘度、化学腐蚀、磨蚀性、结垢、堵塞、混相、相变、电导率、声速、导热系数、比热容，等熵指数；3.安装条件方面管道布置方向，流动方向，检测件上下游侧直管段长度、管道口径、维修空间、电源、接地、辅助设备（过滤器、消气器）、安装、脉动等；4.环境条件方面环境温度、湿度、电磁干扰、安全性、防爆、管道振动等；5.经济因素方面仪表购置费、安装费、运行费、校验费、维修费、仪表使用寿命、备品备件等。仪表选型的步骤如下：1. 依据流体种类及五个方面考虑因素初选可用仪表类型(要有几类型以便进行选择);2. 对初选类型进行资料及价格信息的收集,为深入的分析比较准备条件;3. 采用淘汰法逐步集中到1-2种类型,对五个方面因素要反复比较分析最终确定预选目标。

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