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人类首张剪接体结构图谱绘出—新闻—科学网
为了研究剪接体功能,科学家调整了人类癌细胞内305个与剪接体有关基因的表达水平,
并观察了这些变化是如何影响基因组剪接的。
https://news.sciencenet.cn/htmlnews/2024/11/533074.shtm
http://www.pubmedplus.cn/P/SearchQuickResult?wd=6c8ed047-19fb-409c-8c7c-73a2c010a865
01. | Humans | 82 篇 | 43.617% |
02. | Spliceosomes | 53 篇 | 28.191% |
03. | Animals | 47 篇 | 25.000% |
04. | RNA Splicing | 44 篇 | 23.404% |
05. | Male | 20 篇 | 10.638% |
06. | Mice | 20 篇 | 10.638% |
07. | Female | 19 篇 | 10.106% |
08. | Introns | 19 篇 | 10.106% |
09. | RNA, Messenger | 19 篇 | 10.106% |
10. | RNA Precursors | 18 篇 | 9.574% |
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