Det Naturvidenskabelige Fakultet

Biochemistry, Genetics and Molecular Biology

1. Proteomics 100%
2. Mass Spectrometry 97%
3. Lipid 87%
4. Dynamics 86%
5. RNA 73%
6. Enzyme 59%
7. Oligonucleotide 56%
8. Mouse 55%
9. Proteome 55%
10. Genetics 50%
11. Adipocyte 45%
12. Cell Membrane 44%
13. Eicosanoid Receptor 41%
14. Escherichia coli 40%
15. Gene Expression 40%
16. Nucleic Acid 40%
17. Acyl-CoA 37%
18. Posttranslational Modification 37%
19. Metabolic Pathway 37%
20. Locked Nucleic Acid 36%
21. Signal Transduction 34%
22. Binding Protein 33%
23. Solution and Solubility 32%
24. Amino Acids 31%
25. Phosphoproteomics 30%
26. Tandem Mass Spectrometry 29%
27. Cancer Cell 29%
28. Casein Kinase 2 28%
29. Messenger RNA 28%
30. Surface Property 27%
31. Transcription Factors 27%
32. Methylation 26%
33. Conformation 26%
34. Binding Site 26%
35. Quantitative Proteomics 25%
36. Histone 23%
37. Methyltransferase 23%
38. N-Terminus 23%
39. Lipid Bilayer 22%
40. Phosphopeptide 22%
41. Alpha Oxidation 21%
42. Liquid 21%
43. Transcription 21%
44. C-Terminus 20%
45. Homeostasis 20%
46. Lysine 20%
47. Lifespan 20%
48. Epigenetics 20%
49. Peroxisome Proliferator-Activated Receptor 20%
50. Wild Type 20%
51. Membrane Lipid 19%
52. Adenosine Triphosphate 19%
53. Isoform 19%
54. Peptide Sequence 18%
55. DNA Methylation 18%
56. Glycosylation 18%
57. Kinase 18%
58. Liquid Chromatography-Mass Spectrometry 18%
59. Phosphotransferase 18%
60. 23S Ribosomal RNA 17%
61. Phospholipid 17%
62. Sterol 17%
63. Promoter Region 16%
64. Enhancer Region 16%
65. Caenorhabditis Elegans 16%
66. Copurification 16%
67. Agonist 15%
68. Glycoprotein 15%
69. Stem Cell 15%
70. Cell Function 14%
71. Mass Spectrometry 14%
72. Transcriptomics 14%
73. Protein Phosphorylation 14%
74. Infectious Agent 14%
75. Genome-Wide Association Study 14%
76. Metabolite 14%
77. Allele 14%
78. Protein Complexes 14%
79. Lipid Metabolism 14%
80. Transmembrane Protein 14%
81. Mitochondrion 14%
82. Ribosomal RNA 14%
83. Antisense 13%
84. Facilitated Diffusion 13%
85. ATPase 13%
86. Tandem Mass Spectrometry 13%
87. Monozygotic Twins 13%
88. Saccharomyces cerevisiae 13%
89. Binding Affinity 12%
90. Lipidomics 12%
91. Monospecific Antibody 12%
92. Genetic Divergence 12%
93. Enzyme Active Site 12%
94. Precursor 12%
95. Glycopeptide 12%
96. Matrix-Assisted Laser Desorption-Ionization 12%
97. Autophagy 12%
98. Genotyping 12%
99. Oxidative Stress 12%
100. Aptamer 12%