Department of Cellular and Molecular Medicine

Medicine & Life Sciences

1. Genes 100%
2. Peptide Nucleic Acids 94%
3. Mutation 84%
4. DNA 84%
5. Proteins 79%
6. Glycosylation 75%
7. Neoplasms 54%
8. polypeptide N-acetylgalactosaminyltransferase 53%
9. Polysaccharides 49%
10. CD13 Antigens 49%
11. DNA Repair 46%
12. Peptides 45%
13. Phenotype 43%
14. Messenger RNA 37%
15. MicroRNAs 37%
16. Enzymes 37%
17. Enterocytes 36%
18. Genome 35%
19. RNA 34%
20. Cell Line 33%
21. Membranes 32%
22. Chromosomes 32%
23. Microvilli 32%
24. Mucins 30%
25. DNA Damage 29%
26. Brain 28%
27. Denmark 28%
28. DNA Replication 27%
29. Breast Neoplasms 27%
30. Huntington Disease 27%
31. Glycopeptides 25%
32. Glycoproteins 23%
33. Induced Pluripotent Stem Cells 22%
34. Introns 22%
35. Swine 22%
36. Gene Expression 22%
37. Frontotemporal Dementia 22%
38. Intellectual Disability 21%
39. Colorectal Neoplasms 21%
40. Stem Cells 21%
41. In Vitro Techniques 20%
42. DNA Mismatch Repair 19%
43. Mitochondrial DNA 18%
44. Alleles 18%
45. RecQ Helicases 18%
46. matriptase 18%
47. Drosophila 18%
48. Population 17%
49. Protein Isoforms 17%
50. Fibroblasts 17%
51. Antibodies 17%
52. Growth 17%
53. Mesenchymal Stem Cells 17%
54. Epithelial Cells 17%
55. Mitochondria 17%
56. Biomarkers 17%
57. Neurons 17%
58. Ligands 16%
59. Genomic Instability 16%
60. Oligo-1,6-Glucosidase 16%
61. Epithelium 16%
62. Water 16%
63. Breast 16%
64. Cell Membrane 16%
65. Lectins 16%
66. Hereditary Nonpolyposis Colorectal Neoplasms 15%
67. Lipids 15%
68. Endocytosis 15%
69. Sucrase 15%
70. Carcinogenesis 15%
71. Exons 15%
72. Mitosis 15%