研究表明，番茄发育过程中对基因转录水平进行的调控是决定类胡萝卜素构成和含量的主要手段，但转录后调控和产物反馈抑制也不容忽视。
Experimental results showed that gene expression control at the transcriptional level was a key regulation for determining composition and content of carotenoids in ripe fruit.
加之大量的基因调控发生在转录后时期，在系统的道路上，我们仅仅开始了第一步。
Plus lots of gene regulation happens post-transcriptionally and we are just beginning to look at that in a systematic way.
RNA结合蛋白是转录后水平基因表达调控的主要承担者。
RNA —binding proteins (RBPs), which usually have conserved RNA-binding motifs, are key molecules in posttranscriptional gene expression control.
这些实验表明，FFC和外核体是组成转录后负调控反馈环路的组成部分。
Taken together, these results suggest that FFC and the exosome are part of a posttranscriptional negative feedback loop that regulates frq transcript levels and the circadian output pathway.
HTR与HTERT可能是在转录后或翻译后水平对端粒酶进行调控的。
Telomerase activity may be regulated at transcription level or translation level.
PP2A的功能受其表达、分布、全酶构成和转录后修饰的调控。
PP2A function is regulated by expression, localization, holoenzyme composition and post-translational modification.
PP2A的功能受其表达、分布、全酶构成和转录后修饰的调控。
PP2A function is regulated by expression, localization, holoenzyme composition and post-translational modification.
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