
TIANamp Blood DNA Kit (ref 4992207)
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Storage
This kit can be stored under dry condition at room temperature (15-25℃) for 12 months. For long term storage, please store at 2-8℃. -
Description
The TIANamp Blood DNA Kit uses spin columns which can specifically bind to DNA, and provides unique buffer system for effective blood gDNA extraction. The spin column is made of new type silica membrane which can bind DNA efficiently and specifically. It can maximally remove contaminant proteins and other organic compounds in cells. Genomic DNA isolated by the kit is stable with good integrity and purity. -
Required Reagents
RNaseA (100 mg/ml), isopropanol, ethanol -
Features
■ Wide application: The kit could be used to extract gDNA from anticoagulant blood (EDTA, heparin, etc.), buffy coat and blood clots directly.
■ High quality: With the unique lysis buffer system, the purified DNA with high concentration, purity and good integrity could satisfy the demands of chip hybridization and high-throughput sequencing.
■ Rapid and non-toxic: The kit uses silica membrane adsorption technology and does not need phenol and chloroform. The whole extraction process could be completed within 1 hour.
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Applications
Suitable for downstream experiments such as restriction digestion, PCR, library construction, Southern blot, chip hybridization and high-throughput sequencing, etc. -
Important Notes
1. To remove RNA residues, RNase A solution (100 mg/ml) needs to be self-prepared.
Experimental Example
Publications
■ Yao RW, Xu G, Wang Y, Shan L, Luan PF, Wang Y, Wu M, Yang LZ, Xing YH, Yang L, Chen LL. Nascent Pre-rRNA Sorting via Phase Separation Drives the Assembly of Dense Fibrillar Components in the Human Nucleolus. Mol Cell. 2019 Dec 5;76(5):767-783.e11.
■ Yang JK, Lu J, Yuan SS, Asan, Cao X, Qiu HY, Shi TT, Yang FY, Li Q, Liu CP, Wu Q, Wang YH, Huang HX, Kayoumu A, Feng JP, Xie RR, Zhu XR, Liu C, Yang GR, Zhang MR, Xie CL, Chen C, Zhang B, Liu G, Zhang XQ, Xu A. From Hyper- to Hypoinsulinemia and Diabetes: Effect of KCNH6 on Insulin Secretion. Cell Rep. 2018 Dec 26;25(13):3800-3810.e6.