1)  pUT/mini-Tn5 Km
pUT/mini-Tn5 Km
2)  transposon vector pUT/mini-Tn5
转座载体pUT/mini-Tn5
3)  Km
km
1.
Observation of KM Mice Fed with Two Kinds of Stuff;
两种饲料饲喂KM小鼠效果的观察
2.
Objective To compare the permeation condition of ligustrazine hydrochloride for skin of SPF laboratory animals BALB/c nude mice,KM mice and SD rats in order to give evidence of fit skin of SPF animals in the osmosis experiment in vitro.
目的 通过比较盐酸川芎嗪在SPF实验动物BALB c裸鼠、KM小鼠、SD大鼠皮肤上的透过情况 ,为寻找用于体外渗透实验比较适合的SPF动物的皮肤提供依据。
3.
cheiranthoides had the lowest Km value for the uptake of H2PO4-or K+.
试验结果表明:在吸收NO3-、H2PO4-、K+时,婆婆纳的Vm ax值要显著高于其它两种杂草;在吸收H2PO4-时,离子草的Km值要显著低于其它两种杂草;而在吸收K+时,却是小花糖芥的Km值最低。
4)  Km
Km值
1.
Objective To detect the optimum reaction temperature,pH,Km of N-V proteinase and determine its enzymological classification.
以L-亮氨酸-p-硝基苯胺酯(Leu-pNA)作为底物,测定N-V蛋白酶的Km值。
5)  Km value
Km值
1.
METHODS The activities of immobilized and soluble trypsins were determined in the same condition to get their optimum pH and temperature, and then in the optimum condition, their activities were determined to conclude their Km value.
0 ,最适作用温度分别为6 0℃和5 5℃,Km值分别为2 。
2.
Objective:To investigate the effects of agonist, inhibitor, optimum pH and km value in the enzyme-promoting course of reaction of amylase using 2-chloro-4-nitrophenyl-alpha-D-maltotrioside(CNP-G3) as substrate.
1 ;酶以CNP -G3为底物时的Km值约为0。
6)  KM-HN-1
KM-HN-1
1.
Prediction of HLA-A*0201 restricted epitopes from a cancer-testis antigen KM-HN-1 and peptide HLA-A*0201 binding & complex stability assay of the candidate peptides;
CT抗原KM-HN-1 HLA-A*0201限制性表位预测及其与HLA-A*0201结合强度分析
2.
Identification of HLA-A2-Restricted CTLs Epitopes from a Cancer/Testis Antigen KM-HN-1;
CT抗原KM-HN-1 HLA-A~*0201限制性CTLs表位的鉴定
参考词条
补充资料:alugel 34tn
CAS:637-12-7
分子式:C54H105AlO6
分子质量:877.40144
中文名称:十八酸铝盐;硬脂酸铝;十八酸铝

英文名称:Octadecanoic acid, aluminium salt;Aluminium stearate;stearic acid, aluminum salt;alugel 34tn;aluminium tristearate;aluminum stearate;aluminum tristearate;monoaluminum stearate

性状描述:白色粉末。不溶于水、乙醇、乙醚,溶于碱、松节油、矿油、石油、煤油及苯等溶剂中。遇强酸分解成硬脂酸和相应的盐

用途:本产品用于金属防锈剂的原料、建筑材料的防水剂、油墨的抛光剂、化妆品的增稠剂等。硬脂酸铝在涂料中,用作平滑剂及增稠剂,同时还具有改进涂膜触变性的效果。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。