Department of Applied Biology and Chemical Technology

Keyphrases

1. High Efficiency 100%
2. High Performance 83%
3. Hepatocellular Carcinoma 73%
4. Electrocatalyst 61%
5. Hydrogen Evolution Reaction 57%
6. Oxygen Evolution Reaction 55%
7. Palladium Catalysis 54%
8. China 52%
9. Nanoparticles 51%
10. Active Sites 49%
11. Cancer Cells 47%
12. Photophysical Properties 45%
13. Hong Kong 43%
14. Hydrogen Peroxide 43%
15. β-lactamase 41%
16. Room Temperature 41%
17. Organic Light-emitting Diodes 39%
18. Density Functional Calculations 38%
19. Iridium 37%
20. Nanosheets 37%
21. Exopolysaccharide 37%
22. Recent Advances 36%
23. Plasmid 35%
24. CO2 Reduction Reaction (CO2RR) 34%
25. Phenyl 34%
26. Protective Effect 33%
27. Catalytic Activity 33%
28. Ruthenium 32%
29. Solution Process 32%
30. Highly Selective 32%
31. Cytotoxicity 32%
32. Porphyrin 31%
33. Escherichia Coli 31%
34. Iridium Complex 31%
35. Oxygen Reduction Reaction 30%
36. Cordyceps Sinensis 30%
37. Rational Design 30%
38. External Quantum Efficiency 30%
39. Antibacterial Activity 30%
40. Emission Spectrum 29%
41. Graphdiyne 29%
42. Water-soluble 29%
43. Amines 29%
44. Electronic Structure 29%
45. Ab Initio Calculations 29%
46. Amphiphilic 28%
47. Two-photon 28%
48. Signaling Pathway 28%
49. Antimicrobial Activity 28%
50. Staphylococcus Aureus 28%
51. Antibiotics 28%
52. Medicinal Fungi 27%
53. P-glycoprotein (P-gp) 27%
54. Enantioselectivity 27%
55. In Cancer 27%
56. Luminescence 27%
57. Electrospray Ionization Mass Spectrometry 27%
58. Ovariectomized Rats 27%
59. Apoptosis 27%
60. Palladium 27%
61. Power Conversion Efficiency 26%
62. Europium Complex 26%
63. Franck-Condon Simulation 26%
64. Aryl 26%
65. Metal-organic Frameworks (MOFs) 26%
66. Tumor 26%
67. Polysaccharide 25%
68. Antioxidant Activity 25%
69. Microplastics 25%
70. Near-infrared 25%
71. Excited States 25%
72. Methanol 25%
73. Ultrathin 25%
74. Esophageal Squamous Cell Carcinoma 25%
75. Regioselectivity 25%
76. Structure-activity Relationship 24%
77. Charge Transfer 24%
78. Drug Resistance 24%
79. Botulinum Neurotoxin (BoNT) 24%
80. Mesoporous 24%
81. In Situ 23%
82. Protein Expression 23%
83. Mass Spectrometry 23%
84. CCSD(T) 23%
85. Phosphine Ligands 23%
86. Aqueous Solution 23%
87. Ionic Liquid 23%
88. Eu3+ 23%
89. Electrocatalysis 22%
90. Electrocatalyses 22%
91. Lanthanides 22%
92. Atomic Catalysts 22%
93. Highly Active 22%
94. Core-shell 22%
95. Electron Transfer 22%
96. Photosensitizer 22%
97. Photodynamic Therapy 22%
98. OVX Rats 22%
99. Autophagy 21%
100. Antimicrobial 21%