这些结果表明，萘降解细菌的降解基因和转座基因具有高度的保守性。
These results indicated that degradative and transposable genes of the naphthalene-degrading bacteria are highly conserved.
我们的实验结果为在哺乳动物和其它脊椎动物中建立一个作为多功能遗传分析工具的高效转座系统迈出了关键性的第一步。
Our data provide a first and critical step towards a highly efficient transposon system for a variety of genetic manipulations in mammals.
为了明确该风险，我们研究了PERV逆转录转座作用的可能性。
To estimate this risk we have investigated the potential of PERV to retrotranspose.
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