Douglas Houston

Agriculture & Biology

1. rodents 100%
2. Heligmosomoides polygyrus 90%
3. Equisetum 88%
4. oncogene proteins 85%
5. artemisinin 81%
6. xyloglucans 76%
7. small interfering RNA 68%
8. protein transport 67%
9. endocytosis 66%
10. anthelmintics 64%
11. malaria 61%
12. drugs 56%
13. methylation 56%
14. membrane proteins 54%
15. ligands 54%
16. chromatin 53%
17. screening 49%
18. mutation 49%
19. histones 46%
20. cellulose 42%
21. parasites 40%
22. enzymes 40%
23. polysaccharides 38%
24. capillary electrophoresis 36%
25. 11-beta-hydroxysteroid dehydrogenase 36%
26. molecular weight 35%
27. protein-protein interactions 33%
28. infection 31%
29. glucans 31%
30. proteins 30%
31. linkage (genetics) 26%
32. Plasmodium chabaudi 25%
33. Teladorsagia 23%
34. Nematoda 23%
35. mouth 23%
36. cell walls 21%
37. helminthiasis 19%
38. nematode infections 18%
39. antimalarials 18%
40. gastrointestinal nematodes 18%
41. Plasmodium falciparum 17%
42. Haemonchus contortus 17%
43. eggs 17%
44. drug resistance 17%
45. wind resistance 17%
46. enzyme inhibitors 17%
47. mice 17%
48. binding proteins 17%
49. metalloproteinases 16%
50. Caenorhabditis elegans 15%