Javier Caceres

Biochemistry, Genetics and Molecular Biology

1. Alternative Splicing 49%
2. Arginine 23%
3. Association 15%
4. Biogenesis 34%
5. Caenorhabditis Elegans 28%
6. Caenorhabditis elegans 15%
7. Codon 16%
8. Cross-Link 9%
9. Development 28%
10. Drosha 20%
11. Exon 12%
12. Exon Junction Complex 13%
13. Exonic Splicing Enhancer 9%
14. Gene Expression 33%
15. Immunoprecipitation 10%
16. Intron 14%
17. Introspection 15%
18. Mammalian Cell 11%
19. Messenger RNA 44%
20. MicroRNA 38%
21. microRNA 22%
22. Mouse 17%
23. Mutation 10%
24. Nematode 9%
25. Nested Gene 32%
26. Nonsense-Mediated Decay 49%
27. Phosphorylation 32%
28. Posttranscriptional Regulation 11%
29. Processing 41%
30. Protein 100%
31. Protein Family 14%
32. Regulatory Mechanism 58%
33. Ribonuclease 11%
34. Ribonucleoprotein 19%
35. RNA 49%
36. RNA Binding 10%
37. RNA Helicase 14%
38. RNA Interference 17%
39. RNA Processing 21%
40. RNA Recognition Motif 9%
41. RNA Splicing 37%
42. RNA Translation 9%
43. RNA-binding Protein 21%
44. Serine 29%
45. Signal Transduction 9%
46. Small Nucleolar RNA 10%
47. Splicing Factor 35%
48. SR Protein 37%
49. Transcription 19%
50. UPF1 9%