BLOCK-iT™ 转染优化试剂盒
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Invitrogen™

BLOCK-iT™ 转染优化试剂盒

The BLOCK-iT™ Transfection Optimization Kit is designed to optimize RNAi transfection using controls for transfection and viability. Each kit contains了解更多信息
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货号数量
137500471 个试剂盒
货号 13750047
价格(CNY)
8,981.00
Each
添加至购物车
数量:
1 个试剂盒
价格(CNY)
8,981.00
Each
添加至购物车
The BLOCK-iT™ Transfection Optimization Kit is designed to optimize RNAi transfection using controls for transfection and viability. Each kit contains a BLOCK-iT™ Fluorescent Oligo, which provides:

• A strong, easily detectable FITC signal indicating transfection efficiency
• Chemical modifications for a clearer, more persistent cellular signal than labeled siRNA provides
• Proven correlation of transfection efficiency with Stealth RNAi™ siRNA and traditional siRNA molecules

This makes BLOCK-iT™ Fluorescent Oligo an ideal indicator of transfection efficiency for RNAi experiments. In addition, the kit contains a Positive Control Stealth RNAi™ siRNA molecule directed at human p53 and a Scrambled Stealth RNAi™ siRNA molecule as a negative control. To assay cell viability, Dead Cell Dye is included. This dye colors dead cells as red, thereby allowing easy identification of non-viable cells in a tissue culture plate. Using these reagents together allows you to both optimize transfection conditions and have a functional positive control in every RNAi experiment you perform.
仅供科研使用。不可用于诊断程序。
规格
控制类型细胞活力对照品、阴性对照品、转染对照品、阳性对照品
适用于(应用)转染
产品线BLOCK-iT™,Stealth RNAi™ siRNA
产品类型转染试剂盒
数量1 个试剂盒
RNAi 类型siRNA
产品规格试剂盒
样品类型RNA
矢量
Unit SizeEach

引用和文献 (1)

引用和文献
Abstract
RNAi specificity: how big of an issue is it?
Authors:Samarsky DA, Welch PJ,
Journal:Pharmacogenomics
PubMed ID:15723598
RNAi techniques hold great promise for science, from basic research all the way to human therapeutics, and our understanding of the underlying mechanisms have allowed us to design better and more effective compounds. Fortunately, much has also been learned about nonspecific effects, such as off-target and stress responses. These observations and discoveries have led us to improved specificity ... More