1) Chiral biotransformation[HJ*3]
手性生物转化
2) chiral inversion
手性转化
1.
Kidney is the main organ on N~G-nitro-D-arginine chiral inversion in rats;
肾脏是体内N~G-D-硝基精氨酸单向手性转化的主要器官
2.
Objective To study the interaction of the ibuprofen enantiomers during the chiral inversion.
方法用家兔肝匀浆质与单纯的R(- ) 或S(+) 布洛芬以及两对映体以不同比例的混合物 ,加入必要的辅助因子进行离体肝手性转化代谢试验 ,利用立体选择性HPLC法测定各对映体以及中间产物硫酯的质量浓度。
3.
NG-nitro-D-arginine (D-NNA) produced pressor responses in rats by acting via chiral inversion intoNG-nitro-L-arginine (L-NNA), an inhibitor of nitro oxide synthase.
D-硝基精氨酸(D-NNA)可在大鼠体内发生手性转化生成其L型异构体,即L-NNA,后者可抑制一氧化氮合酶活性,减少一氧化氮生成,升高动脉血压。
3) biochirality
生物手性
1.
Biochirality as an Indicator of the Origin of Life A Piece of Dark Cloud in the Blue Sky of 21 Century Science;
生物手性是生命起源的指示灯(英文)
2.
The origin of biochirality is a result of combined action of many factors.
生物手性起源是很多因素联合作用的结果。
4) biotransformation
[英][,baiəu,trænsfə'meiʃən] [美][,baɪo,trænsfɚ'meʃən]
生物转化
1.
The Biotransformation of Atrazine and Influence Factors by Genetically Engineered Microorganism;
基因工程菌对阿特拉津的生物转化及其影响因素
2.
Study on biotransformation inorganic zinc by producing single cell protein strains;
生产SCP菌株生物转化无机锌的研究
3.
Establishment of a Culture System for Yeast Cell Suspension (Sacharomyces cerevisiae) and Microbiotransformation of Coumarins;
酿酒酵母悬浮培养体系的建立及其对香豆素的微生物转化研究
5) bioconversion
[英][,baiəukən'və:ʃən] [美][,baɪokən'vɚʒən, -ʃən]
生物转化
1.
Production of 2-phenylethylalcohol from L-phenylalanine by bioconversion in biphasic system;
两相体系生物转化L-苯丙氨酸生成2-苯乙醇
2.
Impact of photo-oxidation pretreatment on Shenfu coal bioconversion;
光氧化预处理对神府煤生物转化的影响
3.
Production of β-Phenylethanol by Bioconversion;
生物转化法生产β苯乙醇
6) microbial transformation
生物转化
1.
Production of ZnS from flue gas SO_2 through the combined processes of microbial transformation and chemical precipitation;
用微生物转化-化学沉淀法从烟气SO_2中制取ZnS
2.
Microbial transformation of 4-ene-3-one steroids by Mucor racemosus;
总状毛霉对4-烯-3-酮甾体的生物转化研究
3.
A new way to obtain shikimic acid(SA) through microbial transformation of the bacteria Salmonella B31 in aqueous extracting solution of aniseed residue and its affecting factors were studied.
利用莎门氏菌B31转化八角茴香中的莽草酸,探讨莽草酸的微生物转化因子。
补充资料：生物化学转化
分子式：
分子量：
CAS号：
性质：参见转化（四）（1172页）。
分子量：
CAS号：
性质：参见转化（四）（1172页）。
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