Bioengineering partnership to improve chemical hazard testing paradigms

Keyphrases

1. Allylbenzene Derivatives 20%
2. Ambient Levels 33%
3. Background Atmosphere 66%
4. Biological Descriptors 20%
5. Chemical Descriptors 20%
6. Chemical Effect 20%
7. Chemical Hazards 100%
8. Chemical Identity 20%
9. Cheminformatics 20%
10. Compound Prioritization 20%
11. Diesel Exhaust Gas 66%
12. Driven Approach 20%
13. Exposure to Disease 20%
14. Gas Component 33%
15. Genetic Variability 40%
16. Hazard Testing 100%
17. Human Culture 33%
18. In Silico Modeling 20%
19. In Vitro Toxicity Test 20%
20. Informatician 20%
21. Inhalational 66%
22. Integrative System 20%
23. Liver Tissue Engineering 20%
24. Liver Toxicology 20%
25. Major Determinants 20%
26. Model Atmospheres 100%
27. Mouse Liver 20%
28. Mouse Tracheal Epithelial Cells 33%
29. Particulate Component 33%
30. Physicochemical Processes 33%
31. PM Fractions 66%
32. Population Diversity 40%
33. Producing Knowledge 20%
34. Quantitative Structure 20%
35. Quantitative Structure-toxicity Relationship 20%
36. Real Air 33%
37. Regulatory Decisions 20%
38. Relationship Model 20%
39. Relationship Modeling 20%
40. Rusyns 20%
41. Time Dose 20%
42. Toxicants 40%
43. Toxicity Data 20%
44. Toxicology Models 20%
45. Toxicology Research 33%