Carl R. Woese Institute for Genomic Biology

Keyphrases

1. Escherichia Coli 100%
2. Gene Expression 70%
3. Honey Bee 64%
4. Optical Coherence Tomography 56%
5. Photosynthesis 46%
6. Saccharomyces Cerevisiae 45%
7. Illinois 42%
8. Natural Products 40%
9. Metabolism 39%
10. Photonic Crystal 38%
11. Elevated CO2 38%
12. Ethanol 37%
13. Amino Acids 35%
14. Maize 35%
15. United States 35%
16. Lipids 33%
17. Label-free 32%
18. Living Cells 31%
19. COVID-19 31%
20. Three-dimensional (3D) 30%
21. High-resolution 30%
22. Estrogen Receptor 29%
23. Obesity 29%
24. Xylose 29%
25. Inflammation 29%
26. Small Molecules 28%
27. Virus 28%
28. Estrogen 28%
29. Fermentation 27%
30. Antibiotics 27%
31. Cancer Cells 26%
32. Mass Spectrometry 26%
33. Neuropeptides 26%
34. Tumor 26%
35. Recent Advances 25%
36. Genotype 25%
37. Mechanical Properties 25%
38. Microfluidics 25%
39. Liver 25%
40. In Situ 24%
41. Transcription Factor 24%
42. Piglets 24%
43. Nanopore 23%
44. Apis Mellifera 23%
45. Miscanthus 23%
46. Adaptation 23%
47. Molecular Dynamics Simulation 23%
48. Nanoparticles 22%
49. Archaebacteria 22%
50. Microbes 21%
51. High-throughput 21%
52. High-fat Diet 21%
53. Microbial Community 21%
54. Biofuel 20%
55. Older Adults 20%
56. Evolutionary 20%
57. Growth Factors 19%
58. Fecal Microbiota 19%
59. Metabolic Engineering 19%
60. DNA Sequencing 19%
61. Limit of Detection 19%
62. Small Interfering RNA (siRNA) 19%
63. Personality Traits 19%
64. Genome Sequencing 18%
65. Microscopy 18%
66. Fatty Acids 18%
67. Acyl Carrier Protein 18%
68. Molecular Mechanism 18%
69. Active Sites 18%
70. Capillary Electrophoresis 18%
71. Heterogeneous Information Network 18%
72. Furanocoumarins 18%
73. Machine Learning 18%
74. Healthy Adults 17%
75. Post-translational Modification 17%
76. Breast Cancer 17%
77. Order of Magnitude 17%
78. Gut Microbiota 17%
79. Macrophages 17%
80. Carotene 17%
81. Metabolic 17%
82. Quantitative PCR 17%
83. Division of Labor 17%
84. Porcine 17%
85. Biosynthetic Pathway 17%
86. Gut Microbiome 17%
87. Microbiota 17%
88. Engineered Saccharomyces Cerevisiae 17%
89. Overexpression 16%
90. Salmonella Enterica Serovar Typhimurium (S. Typhimurium) 16%
91. Microfluidic Device 16%
92. Adhesion 16%
93. RiPPs 16%
94. Synthetic Biology 16%
95. Directed Evolution 16%
96. Microorganisms 16%
97. Canine 16%
98. Quantitative Phase Imaging 16%
99. Photonic Crystal Surface 16%
100. Carotenoids 16%