探討C3H型鋅指蛋白質負向調控經由泛素化所活化的訊息傳遞

Biochemistry, Genetics and Molecular Biology

1. Ubiquitin 100%
2. down Regulation 100%
3. Signal Transduction 100%
4. Ubiquitination 100%
5. Gene Linkage 92%
6. Protein Kinase B 46%
7. Tumor Necrosis Factor 38%
8. Lysine 30%
9. Synapsin I 30%
10. Protein Catabolism 15%
11. C-Terminus 15%
12. TRAF2 7%
13. Tumor Suppressor Protein 7%
14. Ribonuclease 7%
15. Nude Mouse 7%
16. Zinc Finger Motif 7%
17. Transcription Factors 7%
18. Cell Cycle Arrest 7%
19. Cell Death 7%
20. RNA Binding 7%
21. Tumor Progression 7%
22. Proteasome 7%
23. Liquid Chromatography-Mass Spectrometry 7%
24. Programmed Cell Death 7%
25. Amino Acids 7%
26. Protein Superfamily 7%
27. Tandem Mass Spectrometry 7%
28. Plasmid 7%
29. Wild Type 7%
30. N-Terminus 7%
31. Cell Cycle Checkpoint 7%
32. Growth Factor 7%
33. Immunoprecipitation 7%
34. Antineoplastic Activity 7%
35. Protein Stability 7%

Immunology and Microbiology

1. down Regulation 100%
2. Ubiquitins 100%
3. Signal Transduction 100%
4. Ubiquitination 100%
5. Tumor Necrosis Factor 38%
6. Lysine 30%
7. Protein Degradation 15%
8. Carboxy Terminal Sequence 15%
9. Tumor Cell 7%
10. Cell Death 7%
11. Protein Stability 7%
12. Proteasome 7%
13. Transcription Factors 7%
14. Wild Type 7%
15. Cell Cycle Arrest 7%
16. Zinc Finger Motif 7%
17. Programmed Cell Death 7%
18. Immunoprecipitation 7%
19. Cell Growth 7%
20. Plasmid 7%
21. Liquid Chromatography Mass Spectrometry 7%
22. Monocyte Chemotactic Protein 1 7%
23. RNA Binding 7%
24. Cell Cycle Checkpoint 7%
25. Amino Terminal Sequence 7%
26. Amino Acid 7%
27. Tandem Mass Spectrometry 7%
28. Nude Mouse 7%
29. Growth Factor 7%
30. Antineoplastic Activity 7%
31. Cancer Tissue 7%