School of Chemical Sciences

Keyphrases

1. Estrogen Receptor 100%
2. Nanoparticles 90%
3. Photonic Crystal 70%
4. Active Sites 65%
5. Small Molecules 64%
6. Natural Products 57%
7. Molecular Dynamics Simulation 54%
8. Escherichia Coli 50%
9. Estrogen 45%
10. Three-dimensional (3D) 45%
11. Amino Acids 45%
12. Side Chain 44%
13. Hydrogen Bonds (H-bonds) 43%
14. Mass Spectrometry 43%
15. Nuclear Magnetic Resonance 40%
16. In Situ 39%
17. DNAzyme 37%
18. Enantioselectivity 37%
19. Heme 37%
20. Lipids 36%
21. Neuropeptides 35%
22. Recent Advances 35%
23. Proton 35%
24. Order of Magnitude 34%
25. Cytochrome P450 (CYP450) 34%
26. Gold Nanoparticles 33%
27. High-resolution 33%
28. Solid State 33%
29. Living Cells 32%
30. Myoglobin 32%
31. Binding Affinity 32%
32. Room Temperature 31%
33. Electrolyte 31%
34. Hydrogen Peroxide 30%
35. Antibiotics 30%
36. Low Temperature 30%
37. Methyl 30%
38. Microfluidics 30%
39. Nanodiscs 29%
40. Metal Ions 29%
41. Self-assembly 29%
42. Membrane Protein 29%
43. Alkyl 29%
44. Amines 29%
45. Nanostructures 29%
46. Limit of Detection 29%
47. Estradiol 29%
48. Fluorophore 29%
49. Adsorption 28%
50. Temperature Effect 28%
51. Saccharomyces Cerevisiae 27%
52. Ultrafast 27%
53. Helix 27%
54. High Temperature 27%
55. NMR Spectroscopy 27%
56. Cancer Cells 27%
57. Aldehydes 27%
58. Thermodynamics 27%
59. Path Integral 26%
60. Alkenes 26%
61. Chemical Vapor Deposition 26%
62. Protein Folding 25%
63. Anions 25%
64. Lanthipeptide 25%
65. Biomolecules 24%
66. Nanomaterials 24%
67. Capillary Electrophoresis 24%
68. Photonic Crystal Surface 24%
69. Two Dimensional 24%
70. High Performance 24%
71. Hydrides 24%
72. Bisphosphonates 24%
73. RiPPs 24%
74. Deoxyribozyme 23%
75. Spectroscopic Studies 23%
76. Self-assembled Monolayer 23%
77. Cycloaddition 23%
78. Allyl 23%
79. Silica 23%
80. Quantum Dots 23%
81. Dendrimer 23%
82. High Efficiency 23%
83. Label-free 23%
84. Rutile 23%
85. Lantibiotics 23%
86. Binding Site 22%
87. Electron Transfer 22%
88. Mechanical Properties 22%
89. Photonic Crystal Biosensor 22%
90. Au Nanoparticles (AuNPs) 22%
91. Biomaterials 21%
92. Post-translational Modification 21%
93. Lewis Bases 21%
94. Directed Evolution 21%
95. Molecular Dynamics 21%
96. Conformational Change 21%
97. High Affinity 21%
98. Density Functional Theory 21%
99. High-throughput 20%
100. Macromolecules 20%