4YR PHD STUDENTSHIP: MS SUSAN GALLOGLY

Medicine & Life Sciences

1. Glucocorticoids 100%
2. Glucocorticoid Receptors 77%
3. Blood Pressure 72%
4. Salts 68%
5. thiazide receptor 60%
6. Collecting Kidney Tubules 55%
7. Hypertension 52%
8. Endothelin B Receptors 50%
9. Corticosterone 47%
10. Symporters 47%
11. Molecular Structure 42%
12. Extracellular Vesicles 41%
13. Endothelin-1 37%
14. Mineralocorticoid Receptors 37%
15. Circadian Rhythm 36%
16. Appetite 36%
17. Vasopressins 36%
18. Zebrafish 35%
19. Sodium 30%
20. Phosphorylation 30%
21. 11-beta-Hydroxysteroid Dehydrogenases 28%
22. Kidney 24%
23. Diet 23%
24. Fertilization 23%
25. Heart 22%
26. Morpholinos 17%
27. Brain 17%
28. Dexamethasone 15%
29. Renal Elimination 14%
30. Embryonic Structures 14%
31. Spironolactone 12%
32. Genes 11%
33. Periodicity 11%
34. Phosphotransferases 11%
35. Hydrochlorothiazide 11%
36. ARNTL Transcription Factors 10%
37. Sodium Chloride Symporters 10%
38. Thiazides 10%
39. Deamino Arginine Vasopressin 9%
40. Cryptochromes 9%
41. Period Circadian Proteins 9%
42. Messenger RNA 9%
43. Dynamins 8%
44. Cardiac Myocytes 8%
45. Cardiovascular Abnormalities 8%
46. Tolvaptan 7%
47. Adrenal Cortex Hormones 7%
48. Angiotensin II 7%
49. Mineralocorticoids 7%
50. Nephrons 7%
51. Apparent Mineralocorticoid Excess Syndrome 7%
52. Apparent mineralocorticoid excess 7%
53. Phenotype 7%
54. Cardiovascular Diseases 5%
55. Vascular Resistance 5%
56. Dietary Sodium 5%
57. Transcriptional Activation 5%
58. Exosomes 5%