Stacey Rentschler

Medicine & Life Sciences

1. Cardiac Myocytes 100%
2. Heart 90%
3. Cardiac Arrhythmias 56%
4. Cardiac Electrophysiology 42%
5. WW Domains 39%
6. Myocardium 38%
7. Gene Expression 38%
8. Neural Crest 35%
9. Sick Sinus Syndrome 34%
10. Electrophysiology 29%
11. Biological Clocks 27%
12. Mouse Yap protein 27%
13. Thoracic Aorta 27%
14. Transgenic Mice 27%
15. Human YAP1 (Yes-associated) protein 26%
16. Purkinje Fibers 26%
17. Heart Ventricles 26%
18. Heart Diseases 26%
19. Epigenomics 25%
20. Ion Channels 25%
21. Atrioventricular Node 24%
22. Cardiac Conduction System Disease 21%
23. Genes 21%
24. Ventricular Tachycardia 20%
25. Action Potentials 19%
26. Cellular Reprogramming 19%
27. Fetal Stem Cells 19%
28. Morphogenesis 19%
29. Fibroblasts 18%
30. Wolff-Parkinson-White Syndrome 18%
31. Dystroglycans 18%
32. Radiobiology 18%
33. EF Hand Motifs 18%
34. Neuregulin-1 17%
35. Sinoatrial Node 17%
36. Reporter Genes 17%
37. Radiotherapy 17%
38. Brugada Syndrome 17%
39. Smooth Muscle 16%
40. Catenins 16%
41. Lac Operon 16%
42. Dystrophin 15%
43. Endocardial Cushions 15%
44. Ethylene Glycol 15%
45. Phenotype 15%
46. Transcriptional Activation 15%
47. Sudden Cardiac Death 15%
48. Angiogenesis Inducing Agents 14%
49. Mesoderm 13%
50. Hydrogels 13%