Further evidence that noncoding DNA is vital has come from studies of genetic risk factors for disease.
进一步的证据表明，非编码dna是非常重要的来自疾病的遗传风险因子研究进展。
Besides these nonessential DNA sequences, even the essential coding regions are often interrupted by long stretches of noncoding DNA.
另外这些非必需的dna序列，甚至必需的编码区经常会受到长的非编码dna的干扰。
Noncoding DNA, containing introns, repetitive elements, and potentially active transposable elements, requires effective mechanisms for its long-term silencing.
非编码DNA，包括内含子，重复元件，和潜在激活转座子，其长期的沉默需要有效的机制。
Studies by the group and others suggested that noncoding regions were littered with much more regulatory DNA than expected.
由本集团及其他非编码区的研究表明，用得多了比预期调控DNA散落。
Telomeres are sections of noncoding, repeating DNA that protect chromosome ends.
端粒是保护染色体末端的非编码重复DNA序列。
Telomeres are sections of noncoding, repeating DNA that protect chromosome ends.
端粒是保护染色体末端的非编码重复DNA序列。
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