Chris Bailey

Medicine & Life Sciences

1. Opioid Receptors 100%
2. Morphine 75%
3. Buprenorphine 71%
4. Opioid Analgesics 50%
5. mu Opioid Receptor 47%
6. Naltrexone 46%
7. Locus Coeruleus 44%
8. kappa Opioid Receptor 38%
9. GTP-Binding Proteins 37%
10. Ala(2)-MePhe(4)-Gly(5)-enkephalin 37%
11. Neurons 35%
12. Ethanol 33%
13. Arrestin 29%
14. G-Protein-Coupled Receptor Kinases 29%
15. Antidepressive Agents 24%
16. Cyclic GMP-Dependent Protein Kinases 24%
17. Protein Kinase C 23%
18. G-Protein-Coupled Receptor Kinase 2 22%
19. Nicotinic Receptors 21%
20. Pharmacology 20%
21. Pharmaceutical Preparations 19%
22. Heroin 18%
23. Ventral Tegmental Area 16%
24. Narcotic Antagonists 16%
25. Analgesics 16%
26. endomorphin 2 15%
27. AMPA Receptors 15%
28. Substance-Related Disorders 15%
29. Methadone 14%
30. G-Protein-Coupled Receptor Kinase 3 14%
31. Opioid-Related Disorders 13%
32. Receptors for Activated C Kinase 13%
33. Methionine Enkephalin 12%
34. Brain 12%
35. Fentanyl 12%
36. methyllycaconitine 11%
37. Hippocampus 11%
38. Respiratory Insufficiency 11%
39. Opiate Alkaloids 11%
40. Ligands 10%
41. beta-Arrestin 2 9%
42. Nicotinic Antagonists 9%
43. Iontophoresis 9%
44. Neurochemistry 8%
45. Kainic Acid Receptors 8%
46. Drug Combinations 8%
47. Enkephalins 8%
48. Cocaine 8%
49. HEK293 Cells 7%
50. Phosphorylation 7%