Characterizing the in vivo functions of cyclin L and its binding partners in pre-mRNA splicing and cell cycle control

Medicine & Life Sciences

1. Caenorhabditis elegans 27%
2. Carrier Proteins 7%
3. CDC2 Protein Kinase 11%
4. Cell Cycle 39%
5. Cell Cycle Checkpoints 16%
6. Cultured Cells 6%
7. Cyclin-Dependent Kinases 58%
8. Cyclins 100%
9. Eukaryota 8%
10. Exons 6%
11. Genes 9%
12. Genome 5%
13. human CCNL1 protein 21%
14. Intestines 7%
15. L Forms 12%
16. Neoplasms 5%
17. Polyadenylation 10%
18. Proteins 18%
19. RNA 5%
20. RNA Precursors 28%
21. RNA Sequence Analysis 9%
22. RNA Splicing 11%
23. Stem Cells 6%
24. Technology 5%