Hong Jin

Medicine & Life Sciences

1. Ribosomes 100%
2. Terminator Codon 33%
3. Peptides 32%
4. peptide-chain-release factor 3 32%
5. Small Nucleolar Ribonucleoproteins 30%
6. peptidyl-tRNA 29%
7. Proteins 28%
8. Catalysis 27%
9. Messenger RNA 27%
10. Transfer RNA 27%
11. Protein Biosynthesis 26%
12. Eukaryotic Initiation Factor-4E 25%
13. Peptidyl Transferases 25%
14. Protein Interaction Domains and Motifs 25%
15. Small Nucleolar RNA 25%
16. Eukaryotic Initiation Factors 23%
17. Eukaryotic Cells 23%
18. Poly A 23%
19. Guanosine 21%
20. RNA 20%
21. GTP Phosphohydrolases 19%
22. Hydroxyl Radical 19%
23. Formal Social Control 17%
24. Quality Control 16%
25. Innate Immunity 16%
26. 23S Ribosomal RNA 12%
27. Untranslated Regions 11%
28. Peptide Termination Factors 11%
29. Methylation 11%
30. Ribose 11%
31. Guanosine Triphosphate 10%
32. Uridine 10%
33. Hydrogen Bonding 10%
34. Gene Expression 10%
35. RNA-Binding Proteins 10%
36. Arginine 10%
37. Esters 8%
38. Cryoelectron Microscopy 8%
39. Amino Acid Motifs 8%
40. polyadenosine 8%
41. Ribosome Subunits 8%
42. Nucleic Acids 7%
43. Carrier Proteins 7%
44. Nucleotides 7%
45. Gene Expression Regulation 6%
46. Macrophages 6%
47. Drug Discovery 5%
48. Genomics 5%
49. Water 5%
50. Nucleotide Motifs 5%