小鼠腺苷脱氨酶mRNA经计算机分析,包括:ribozyme切点位置选择,二级结构预测,基因生物学功能和基因同源性分析,筛选出四个锤头结构ribozyme.结果表明上述ribozyme底物切点两翼碱基形成发夹结构,切点位于单链环区,切点所在基因片段位于该基因生物功能区内,并同已知小鼠其它基因不同源.
With computer analysis of the adenosine deaminase (ADA) mRNA, which included cleavage site selection, secondary structure analysis, biological function and homology analysis of the gene fragment around the cleavage site,four hammerhead ribozymes were designed. These ribozymes targeted sequence around the cleavage site have hairpine structure in which the cleavage site is in the ring part. This gene fragment is of biological importance in ADA gene. No homologies were found between these gene fragments and other murine genes. These characteristics of the gene fragment make them easy to be paired and cleaved by their respective ribozymes.
陈桦,陈农安,陆长德,祁国荣.小鼠腺苷脱氨酶mRNA特异Ribozyme计算机设计[J].生物化学与生物物理进展,1994,21(5):460-463
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