Upon arrival, store the competent cells (in the large exterior box) at -80°C, the components in the small interior box at -20°C and the NEB™ 10-beta/Stable Outgrowth Medium at room temperature or 4°C. 优势和特性 Features 含SP6 和 T7 启动子,便于体外转录 从含氨苄青霉素抗性的基因...
Competent Cells includes these subcategories: Cloning Competent Cell Strains E. coli Expression Strains Information Yeast Expression Strains Information Videos 1 of 4 Fast transformation plating with glass beads In this video, see how transformation plating can be fast and easy using glass beads. ...
competent-cells Products NEB® 10-beta E. coli 电转感受态细胞 NEB® 10-beta Electrocompetent E. coliNEB® 10-beta E. coli 电转感受态细胞 随附专为 NEB 10-beta 和 NEB Stable E.coli 感受态细胞优化的复苏培养基;请勿使用 SOC Outgrowth 培养基。 NEB 10-beta E. coli 感受态细胞是广泛使用...
Cloning Competent Cell Strains Products 应用: Transformation, High-throughput cloning and automation solutions 产品组分信息 本产品提供以下试剂或组分: NEB #名称组分货号储存温度数量浓度 C3040H-80 NEB®10-beta/Stable Outgrowth MediumB9035SVIAL41 x 25 mlNot Applicable ...
NEB 10-BETA electro-competent cells 英文别名: 中文名: NEB 10-BETA 电转感受态细胞 中文别名: NEB 10-BETA 电转感受态细胞 CBNumber: CB15774206 分子式: 分子量: 0 MOL File: Mol file 化学性质安全信息用途供应商4 NEB 10-BETA 电转感受态细胞化学性质 ...
Tips for Successful Transformations with NEB®Competent Cells Follow these tips to get superior results. Why Choose Q5®High-fidelity Polymerase? Not sure why Q5® is your best choice for high-fidelity amplification of GC-rich targets? NEB's scientists will show you why we call Q5 an "ul...
What type of competent cells are suitable for transformation of DNA constructs created using NEBuilder HiFi DNA Assembly Master Mix? How should I store SOC Outgrowth Medium? The SOC I received with my competent cells recommends storage at either room temperature or 4°C, however, when I purchase...
F’proA+B+lacIq∆lacZM15 / fhuA2 ∆(lac-proAB) glnV galK16 galE15 R(zgb-210::Tn10)TetSendA1 thi-1 ∆(hsdS-mcrB)5 产品类别: Cloning Competent Cell Strains Products 应用: High-throughput cloning and automation solutions,
The Mechanism of Transformation with Competent Cells Transformation is the process by which bacteria are made to take up exogenous DNA. The word is derived from Griffith's discovery of a "transforming principle". Learn more about transformation and how it is used in cloning workflows. The Mechan...