Thomas Vognbjerg Sydenham

Medicine & Life Sciences

1. SARS Virus 100%
2. Bacteroides fragilis 92%
3. Denmark 63%
4. Meropenem 32%
5. Blood Culture 28%
6. Bacteremia 25%
7. Genome 24%
8. DNA Transposable Elements 22%
9. Whole Genome Sequencing 22%
10. Vaccines 21%
11. Infections 19%
12. Viral Load 16%
13. Vaccination 16%
14. Complement C3d 14%
15. Metronidazole 14%
16. Clindamycin 14%
17. Anti-Bacterial Agents 13%
18. Genes 13%
19. Real-Time Polymerase Chain Reaction 12%
20. MDR Genes 11%
21. Influenza B virus 11%
22. Disk Diffusion Antimicrobial Tests 11%
23. Nucleocapsid 11%
24. Holidays 11%
25. Severe Acute Respiratory Syndrome 11%
26. Antigens 11%
27. Coronavirus 10%
28. Ruminants 10%
29. Hospitalization 10%
30. Edetic Acid 10%
31. RNA 10%
32. Matrix-Assisted Laser Desorption-Ionization Mass Spectrometry 10%
33. Microbiota 10%
34. Molecular Epidemiology 10%
35. Enterovirus 9%
36. Firearms 9%
37. Leukocytosis 9%
38. Influenza A virus 9%
39. Technology 9%
40. Central Nervous System Infections 9%
41. Salmonella 9%
42. rRNA Genes 9%
43. 16S Ribosomal RNA 8%
44. Nanopores 8%
45. Human Influenza 7%
46. Tazobactam Drug Combination Piperacillin 7%
47. Cerebrospinal Fluid 7%
48. Mass Spectrometry 7%
49. Plasmids 6%
50. Inpatients 6%