Namur Research Institute for Life Sciences

INIS

1. proteins 100%
2. humans 82%
3. patients 65%
4. levels 60%
5. genes 54%
6. comparative evaluations 50%
7. cancer 49%
8. synthesis 48%
9. data 46%
10. surfaces 43%
11. drugs 38%
12. diseases 37%
13. receptors 36%
14. interactions 36%
15. plasma 34%
16. reviews 33%
17. evaluation 32%
18. control 32%
19. concentration 31%
20. molecules 31%
21. layers 31%
22. growth 31%
23. in vitro 30%
24. inflammation 29%
25. applications 28%
26. brucella 27%
27. mice 26%
28. inhibition 25%
29. simulation 25%
30. values 24%
31. enzymes 24%
32. nanoparticles 23%
33. antibodies 22%
34. design 22%
35. risks 22%
36. detection 21%
37. mitochondria 21%
38. performance 21%
39. hypoxia 21%
40. membranes 21%
41. anticoagulants 21%
42. assessments 20%
43. production 20%
44. investigations 20%
45. substrates 19%
46. resolution 19%
47. dna 19%
48. doses 19%
49. tumors 19%
50. apoptosis 19%
51. lipids 18%
52. ions 18%
53. in vivo 18%
54. populations 18%
55. dynamics 17%
56. tissues 17%
57. oxidation 17%
58. spectroscopy 17%
59. energy 17%
60. information 17%
61. range 17%
62. biological markers 16%
63. mass spectrometry 16%
64. gold 16%
65. therapy 16%
66. fibroblasts 16%
67. kinases 16%
68. bacteria 16%
69. films 16%
70. regulations 16%
71. interfaces 16%
72. modeling 15%
73. animals 15%
74. laboratories 15%
75. toxicity 15%
76. sensitivity 15%
77. metals 14%
78. density 14%
79. electrons 14%
80. tools 14%
81. host 14%
82. solids 14%
83. atoms 14%
84. correlations 14%
85. thrombin 14%
86. molecular dynamics method 13%
87. crystals 13%
88. messenger-rna 13%
89. distribution 13%
90. nonlinear problems 13%
91. spectra 13%
92. yields 13%
93. blood 13%
94. modifications 13%
95. viruses 13%
96. rats 13%
97. oxygen 13%
98. fishes 13%
99. environment 13%
100. aging 12%