1) the cone of K_m
Km锥
2) 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。
3) 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。
3.
In the hydrolysis reaction with the casein as substrate,the effects of 4 kinds of factors such as temperature,enzyme substrate ratio,pH value and reaction time on the hydrolysis reaction were in order as follows:temperature>enzyme substrate ratio>reaction time > pH value; the Km value was 1.
0;在4～40℃活性无明显变化,78℃以上完全失活;在以酪蛋白为底物的水解反应中,温度、酶底物比、pH值、反应时间4种因素对水解反应的影响力大小为:温度>酶底物比>反应时间>pH;Km值为1。
4) Km gene
Km基因
1.
The research of the relationship between Km gene mutation and the drug-resistance of M.tuberculosis;
结核分枝杆菌Km基因突变与耐卡那霉素药物的研究
5) KM mice
KM小鼠
1.
Etablishment of Normal Range and Values of Blood Physiological and Biochemiccal Data Measurements In SPF KM Mice;
不同日龄SPF级KM小鼠血液生理生化正常指标的探讨
2.
Gravid KM mice were divided into five groups.
另取雌雄各半KM小鼠分成5个处理组,分别为环磷酰胺、蒸馏水和过氧化氢(500。
3.
METHODS:The isolated skin of both BALB/cA nude mice and KM mice were divided into blank group and azone group,respectively and were fixed on double-room transdermal dispersoi for the in vitro transdermal absorption tests after pretreated with azone.
方法将BALB/cA裸小鼠和KM小鼠离体皮肤进行预处理,均分为空白组和氮酮组,分别固定于双室透皮扩散装置上进行体外透皮吸收实验。
6) KM-HL Mice
KM-HL鼠
1.
The Establishment of Leucopenia Model on KM-HL Mice;
近交系KM-HL鼠白细胞减少症模型的建立
补充资料：KM理论
分子式：
CAS号：
性质：用于描述含有能散射和吸收入射光的微小粒子的系统的光学行为的理论，简称K-M理论(K-M theory)，是由P. Kubelka和F. Munk于1931年提出来的，它的理论基础是假设光的多重散射，即反射被观察到之前，已在系统内由一个粒子到另一个粒子进行了多次反射。根据这一理论推导的库贝尔卡-蒙克方程(Kuelka-Munk equation)。用粒子的光散射系数S和光吸收系数K描述了光的反射或透射，广泛用于颜料配色，特别是电子计算机配色，并用于描述颜料的遮盖力等光学性能。
CAS号：
性质：用于描述含有能散射和吸收入射光的微小粒子的系统的光学行为的理论，简称K-M理论(K-M theory)，是由P. Kubelka和F. Munk于1931年提出来的，它的理论基础是假设光的多重散射，即反射被观察到之前，已在系统内由一个粒子到另一个粒子进行了多次反射。根据这一理论推导的库贝尔卡-蒙克方程(Kuelka-Munk equation)。用粒子的光散射系数S和光吸收系数K描述了光的反射或透射，广泛用于颜料配色，特别是电子计算机配色，并用于描述颜料的遮盖力等光学性能。
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