non-coding dna 非编码DNA
This detail led them to conclude that inherited non-coding DNA sequences – not mutations in genes – may drive the lion's share of differences in where transcription factors attach.
这一细节让他们作出结论:可能是遗传获得的非编码DNA序列、而不是基因变异才使得最大部分的转录因子结合位置发生变化。
Modeling non coding background sequences appropriately is important for the detection of regulatory elements from DNA sequences.
合理建模非编码序列对正确识别DNA序列中的调控元件非常重要。
Now we are finally pinning down how much differences in non-coding DNA - stretches of the molecule that don't produce proteins and used to be considered "junk" - shape who we are.
现在,我们终于开始着手确定非编码DNA(不产生蛋白质的分子片段,习惯上被认为是“垃圾”)的差异性对人类的影响水平。
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