 RNA干扰技术获得新突 | 来自一家名为“ＡＬＮＹＬＡＭ”的生物技术公司的研究人员在11日出版的《自然》杂志上报告说，他们通过转基因技术在ＲＮＡ（核糖核酸）干扰技术的研究上取得了突破，为治疗糖尿病、癌症等疾病带来了希望。 ＲＮＡ干扰是一种由双链ＲＮＡ诱发的“基因沉默”。在此过程中，致病细胞中与双链ＲＮＡ有同源序列的信使ＲＮＡ被降解，从而抑制了致病基因的表达。ＲＮ…… |
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- ·RNA Electrophoresis (2004-8-3)
- ·Primer Extension analysis of total yeast RNA (2004-8-3)
- ·RNA/Zeta Probe Dot Blotting protocol (2004-8-3)
- ·Preparation of Poly A+ RNA and Northern Analysis (2004-8-3)
- ·Northern Hybridization of RNA Fractionated by Agar (2004-8-3)
- ·Transcription of cRNA probe (2004-8-3)
- ·In vitro RNA synthesis from plasmid-borne sequence (2004-8-3)
- ·96-well RNA In Situ Hybridization Protocol (2004-8-3)
- ·RNA的荧光标记 (2004-7-29)
- ·E.coli Total RNA Labeling Protocol for Spotted Mic (2004-7-29)
- ·Reverse Transcription and aa-UTP Labeling of RNA (2004-7-29)
- ·Digoxigenin-UTP RNA labeling (2004-7-29)
- ·RNA Electrophoresis (2004-7-29)
- ·DNA and RNA EXTRACTIONS (2004-7-29)
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- ·Alternate Method for Purifying DNA from Agarose Ge (2004-7-29)
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RNA干扰技术获得新突 |  RNA实验方法 |  The Basics: RNase |  How to Maintain an |
 RNA Conversions |  Methods to Remove |  RNA Electrophoresi |  Fast and reliable |
