Nynke Kramer, PhD

Pharmacology, Toxicology and Pharmaceutical Science

1. Acetylcholinesterase 67%
2. Acute Toxicity 29%
3. Adverse Outcome 18%
4. Adverse Outcome Pathway 100%
5. Amiodarone 55%
6. Animal Testing 89%
7. Bile Acid 23%
8. Cell Viability 23%
9. Chemical Safety Assessment 28%
10. Chemical Toxicity 23%
11. Chlorpyrifos 25%
12. Clofenvinfos 25%
13. Cytochrome P450 23%
14. Cytotoxicity 15%
15. Developmental Toxicity 23%
16. Diazinon 49%
17. Diclofenac 29%
18. Drug Metabolism 23%
19. Enteritis 27%
20. Fenitrothion 49%
21. Hepatotoxicity 54%
22. Hexabromocyclododecane 23%
23. In Vitro Toxicity 43%
24. Inflammatory Bowel Disease 23%
25. Intrinsic Clearance 14%
26. Kidney Injury 23%
27. Liver Enzyme 23%
28. Nephrotoxicity 23%
29. Neurotoxicity 95%
30. Organophosphate 34%
31. Organophosphate Pesticide 92%
32. Paracetamol 27%
33. Pesticide Toxicology 23%
34. Polycyclic Aromatic Hydrocarbon 23%
35. Potato 23%
36. Profenofos 25%
37. Quantitative Structure Activity Relation 23%
38. Quantitative Structure-Activity Relationship 40%
39. Rana japonica 23%
40. Receptor 23%
41. Receptor-Mediated Endocytosis 23%
42. Safety Assessment 41%
43. Saxitoxin 23%
44. Tadpole 23%
45. Tolerable Daily Intake 17%
46. Toxicodynamics 57%
47. Toxicokinetics 83%
48. Toxicology 28%
49. Transcriptome 23%
50. Vomitoxin 23%