博文
核孔复合体转运核糖体前体的分子机制
||
核孔复合体转运核糖体前体的分子机制https://www.ebiotrade.com/newsf/2023-6/20230603065950835.htm
http://www.pubmedplus.cn/P/SearchQuickResult?wd=ab6eb782-2f20-4450-95c6-959895913e62
| 01. | Animals | 13 篇 | 61.905% |
| 02. | Ribosomes | 10 篇 | 47.619% |
| 03. | Active Transport, Cell Nucleus | 9 篇 | 42.857% |
| 04. | Cell Nucleus | 9 篇 | 42.857% |
| 05. | RNA Precursors | 9 篇 | 42.857% |
| 06. | RNA, Ribosomal | 8 篇 | 38.095% |
| 07. | Saccharomyces cerevisiae | 8 篇 | 38.095% |
| 08. | Saccharomyces cerevisiae Proteins | 8 篇 | 38.095% |
| 09. | Biological Transport | 7 篇 | 33.333% |
| 10. | Cytoplasm | 7 篇 | 33.333% |
https://blog.sciencenet.cn/blog-280034-1390360.html
上一篇：在珊瑚共生体的DNA中发现的古老病毒
下一篇：基因丢失鉴定新方法
扫一扫，分享此博文