A novel strategy to protect prokaryotic cells from virus infection

Yoshizumi Ishino
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Abstract

The recent discovery of the CRISPR-Cas-mediated acquired immunity system highlights the fact that our knowledge of phage/virus defense mechanisms encoded in bacterial and archaeal genomes is far from complete. Indeed, new prokaryotic immune systems are now continually being discovered. A recent report described a novel glycosylase that recognizes α-glycosyl-hydroxymethyl cytosin (α-Glu-hmC), a modified base observed in the T4 phage genome, where it produces an abasic site, thereby inhibiting the phage propagation.

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保护原核细胞免受病毒感染的新策略
最近发现的 CRISPR-Cas 介导的获得性免疫系统突出表明,我们对细菌和古细菌基因组中编码的噬菌体/病毒防御机制的了解还远远不够。事实上,新的原核生物免疫系统正在不断被发现。最近的一份报告描述了一种新型糖基化酶,它能识别 T4 噬菌体基因组中出现的一种修饰碱基--α-糖基-羟甲基胞苷(α-Glu-hmC),并在该碱基上产生一个消旋位点,从而抑制噬菌体的繁殖。
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