这种基因调控模式不仅限于真核生物，细菌利用小分子rna，尤其是那些从CRISPR位点沉默的噬菌体，转座子和质粒表达。
This mode of gene regulation is not restricted to eukaryotes; bacteria utilize small RNAs, notably those made from CRISPR loci that silence the expression of bacteriophages, transposons and plasmids.
真核生物基因表达的调控是目前分子生物学研究中重要的前沿领域，形成了多个热点。
Research on gene expression regulation in Eukaryota is one of the leading molecular research fields. There are several research hot focuses in this field.
作为一种源真核生物，其基因表达调控机制可能与其他真核生物有较大的区别。
As a late-branching eukaryote, G. lamblia may have special mechanisms for regulating gene expression which differ from other eukaryotes.
作为一种源真核生物，其基因表达调控机制可能与其他真核生物有较大的区别。
As a late-branching eukaryote, G. lamblia may have special mechanisms for regulating gene expression which differ from other eukaryotes.
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