Department of Biology

Keyphrases

1. Abscisic Acid 50%
2. Abscisic Acid Signaling 8%
3. Adaptation 8%
4. Alternative Splicing 10%
5. Ammonium Ion 9%
6. Anaerobic Digestion 19%
7. Angiogenesis 9%
8. Annelida 12%
9. Antioxidant System 8%
10. Apoptosis 12%
11. Apple Snail 8%
12. Arabidopsis 72%
13. Arabidopsis Thaliana 13%
14. Arbuscular Mycorrhizal Fungi 15%
15. Arsenic 16%
16. Biochar 12%
17. Bisphenol A 8%
18. Brassinosteroids 16%
19. Cadmium 21%
20. Caenorhabditis Elegans 21%
21. China 57%
22. Co-composting 10%
23. Coal Fly Ash 11%
24. Coral 14%
25. Cytotoxicity 8%
26. Deep Sea 12%
27. E-waste Recycling 9%
28. Electronic Waste (E-waste) 14%
29. Endoplasmic Reticulum 9%
30. Fly Ash 8%
31. Food Waste 34%
32. Freshwater 10%
33. Freshwater Fish 12%
34. Gene Expression 24%
35. Gill 15%
36. Grain Filling 21%
37. Grain Yield 18%
38. Heavy Metals 24%
39. High Concentration 13%
40. Hong Kong 100%
41. Hydrogen Peroxide 12%
42. Hypoxia 8%
43. Immunoreactivity 13%
44. Inferior Spikelets 9%
45. Inoculation 9%
46. Irrigation 17%
47. Japanese Eel 9%
48. Landfill 13%
49. Leachate 9%
50. Maize 18%
51. Metabolism 9%
52. Metal Concentration 8%
53. MicroRNA 11%
54. Moderate Soil Drying 12%
55. Molecular Mechanism 9%
56. Nasopharyngeal Carcinoma 10%
57. Nasopharyngeal Carcinoma Cells 13%
58. Organochlorine Pesticides 8%
59. Oryza Sativa 14%
60. Osmotic Stress 14%
61. Overexpression 13%
62. Parkinson's Disease 8%
63. Particulate Matter 2.5 (PM2.5) 11%
64. Pb-Zn Mine 8%
65. Pearl River Delta 19%
66. Perfluorohexanoic Acid (PFHxA) 8%
67. Phenanthrene 13%
68. Pig Manure 9%
69. Plant Growth 15%
70. Plant Species 8%
71. Polybrominated Diphenyl Ethers 14%
72. Polychlorinated Biphenyls 8%
73. Polycyclic Aromatic Hydrocarbons 20%
74. Rice 63%
75. Risk Assessment 10%
76. Root Growth 12%
77. Salt Stress 10%
78. Seed Germination 14%
79. Sertoli Cells 9%
80. Sewage Sludge 30%
81. Signaling Pathway 12%
82. Sludge 25%
83. Soil Contamination 10%
84. Soil Drying 21%
85. South China 9%
86. South China Sea 11%
87. Spermatogenesis 13%
88. Stanniocalcin-1 13%
89. Stress-induced 8%
90. Testicle 9%
91. Tilapia 9%
92. Transcription Factor 14%
93. Transcriptome 9%
94. Transcriptome Analysis 11%
95. Wastewater 10%
96. Water Deficit 8%
97. Water Stress 14%
98. Water Use Efficiency 18%
99. Xylem Sap 8%
100. Zinc 10%