ITS Media Supplement (100X),即Insulin-Transferrin-Selenium Media Supplement (100X),中文名为胰岛素-转铁蛋白-硒培养基补充剂(100X),是基础细胞培养基(Basal cell culture media)的一种补充剂。ITS Media Supplement (100X)在多种细胞培养过程中可显著降低胎牛血清(Fetal bovine serum, FBS)的用量,常用于无血清...
ITS Media Supplement (100X) Summary Kit Summary Supports cell proliferation under low serum conditions. Key Benefits Contains optimized concentrations of insulin, transferrin, and selenite Chemically-defined media decreases experimental variation High lot-to-lot consistency decreases variation Performance tested...
ITS Media Supplement (100X),即Insulin-Transferrin-Selenium Media Supplement (100X),中文名为胰岛素-转铁蛋白-硒培养基补充剂(100X),是基础细胞培养基(Basal cell culture media)的一种补充剂。ITS Media Supplement (100X)在多种细胞培养过程中可显著降低胎牛血清(Fetal bovine serum, FBS)的用量,常用于无血清...
ITS Media Supplement (100X), 即Insulin-Transferrin-Selenium Media Supplement (100X),中文名为胰岛素-转铁蛋白-硒培养基补充剂(100X),是基础细胞培养基的一种补充剂。本补充剂含有优化浓度的胰岛素、饱和转铁蛋白、硒,配制在不含酚红的EBSS 中。ITS-A Media Supplement 和 ITS-X Media Supplement 是在ITS Medi...
ITS Liquid Media Supplement (100×) ITS液体培养基补充剂(100x) 产品介绍: 产品说明 组分 含有1.0 mg/ml人重组胰岛素,0.55 mg/ml 人转铁蛋白(基本上不含贴)以及0.5 μg/ml 100x浓度的亚硒酸钠。 其他说明 ITS是人重组胰岛素、人转铁蛋白和亚硒酸钠的一种混合物。它是一种通用的细胞补充剂设计用于含有丙...
AccuRef Scientific® 奥锐精创 胰岛素,转铁蛋白和硒溶液(ITS-G)(100X)说明书 AC0161 保存条件 -20ºC 避光保存,两年有效.4ºC 避光保存,6 个月内有效. 产品信息 产品名称 胰岛素,转铁蛋白和硒溶液(ITS-G)(100X) 产品简介 产品货号 AC0161 规格 10mL ITS Media Supplement (100X) , 即 Insulin-...
Media Supplement (100X)，有货的商家可以联系我，最好是现货。源叶可供应ITS Media Supplement (100X)...
CAS号: 英文名:ITS Liquid Media Supplement (100×) 中文名:ITS液体培养基补充剂(100X) CBNumber:CB32102231 分子式: 分子量:0 MOL File:Mol fileITS液体培养基补充剂(100X)化学性质储存条件 :2-8°C 形态:liquid安全信息危险品标志 :Xi,B 危险类别码 :36/37/38 安全说明 :26-36/37...
ITS Media Supplement (100X),即Insulin-Transferrin-Selenium Media Supplement (100X),中文名为胰岛素-转铁蛋白-硒培养基补充剂(100X),是基础细胞培养基的一种补充剂。本补充剂含有优化浓度的胰岛素、饱和转铁蛋白、硒,配制在不含酚红的EBSS中。ITS-A Media Supplement和ITS-X Media Supplement是在ITS Media Supple...
ITS Media Supplement (100X) Summary Kit Summary Supports cell proliferation under low serum conditions. Key Benefits Contains optimized concentrations of insulin, transferrin, and selenite Chemically-defined media decreases experimental variation High lot-to-lot consistency decreases variation ...