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文献和实验Mol Cell:杨薇等揭示 DNA-PK 的激活机制以及自磷酸化对 NHEJ 通路的重要作用
and Rad3-Related)三种激酶。 其中,DNA-PK 是非同源末端连接(Non-homologous end joining,NHEJ)通路中的关键蛋白激酶,由 DNA-PKcs(DNA-PK 催化亚基)、Ku70/80 和 DNA 末端组成,其全酶装配会进一步招募 NHEJ 相关的连接酶和修复蛋白,包括 DNA 连接酶 IV、XRCC4(X-ray cross complementing protein 4)、XLF(XRCC4-like factor)和 Artemis 等。 由于激酶
, and causes oxidative damage to DNA, RNA, protein and lipid. One determinant of recovery is the ability of the affected brain cells to repair themselves. Very little is known about oxidative damage to DNA and RNA in the brain. Tissue culture studies indicate
Application of Blocking Oligonucleotides to Improve Signal-to-Noise Ratio in a PCR
of a blocking oligonucleotide (oligo) designed to specifically prevent amplification of dominant or unwanted DNA templates is an easy way to improve the amplification of rarer sequences. Here, we describe the different types of blocking principles
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