薬用生物資源学研究室

Keyphrases

1. Cannabis Sativa 66%
2. Cannabinoids 39%
3. Tetrahydrocannabinolic Acid 37%
4. Daurichromenic Acid 27%
5. Polyketide Synthase 22%
6. Sesquiterpenes 22%
7. Biosynthetic Enzymes 21%
8. Geranylgeranyl Diphosphate Synthase 21%
9. Cloning Expression 21%
10. Guaiene 21%
11. Rhododendron Dauricum 19%
12. Molecular Characterization 17%
13. Molecular Cloning 17%
14. Scutellaria Baicalensis Georgi 16%
15. Cannabigerolic Acid 16%
16. Olivetolic Acid 16%
17. Plumbagin 16%
18. Psychoactivity 16%
19. Cell Culture 16%
20. Crystallization 16%
21. Meroterpenoids 14%
22. Grifolic Acid 14%
23. β-glucuronidase 14%
24. Escherichia Coli 13%
25. Recombinant 12%
26. Biotechnology 12%
27. Marijuana 12%
28. Transcriptional Activation 11%
29. Aquilaria Microcarpa 11%
30. Cannabichromenic Acid 11%
31. Anti-HIV 11%
32. Cell Death 11%
33. Methyl Jasmonate (MeJA) 11%
34. Bioactive 11%
35. Naphthoquinone 11%
36. Co-expression 11%
37. Crocin 10%
38. Crocus Sativus 10%
39. Coleus Forskohlii 10%
40. Functional Expression 10%
41. Single-chain Variable Fragment 10%
42. Recent Advances 10%
43. Physiological Function 10%
44. Morphine 10%
45. Bicyclol 10%
46. Opium Poppy 10%
47. Agarwood 10%
48. Cannabidiolic Acid 10%
49. Single-chain Antibody Fragment 9%
50. Cyclase 8%
51. Hydrogen Peroxide 8%
52. Baicalin 8%
53. Peroxidase 8%
54. Prenyltransferase 8%
55. ScFv 8%
56. Young Leaves 8%
57. Heterologous Expression 8%
58. Biotechnological Applications 8%
59. Cannabis 8%
60. Pharmacological Activities 7%
61. Orsellinic Acid 7%
62. Transgenic 7%
63. Complementary DNA (cDNA) 7%
64. Cannabinoid Biosynthesis 6%
65. Plant Polyketides 6%
66. Apoptosis 6%
67. Type III Polyketide Synthase 6%
68. Biosynthesized 6%
69. Scutellaria 6%
70. Biosynthetic Pathway 6%
71. Yeast Extract 6%
72. Central Nervous System 6%
73. Biochemical Characterization 6%
74. Suspension Cells 6%
75. Flavones 6%
76. Aromatics 6%
77. Pichia Pastoris 5%
78. Scutellaria Baicalensis 5%
79. Pectin 5%
80. Tetrahydrocannabinol 5%
81. Ethanol 5%
82. Sf9 Insect Cells 5%
83. Farnesyltransferase 5%
84. Glandular Trichomes 5%
85. Cannabis Leaves 5%
86. Phytotoxic 5%
87. UDP-glucuronosyltransferase 1A 5%
88. 1-deoxy-D-xylulose 5-phosphate Reductoisomerase 5%
89. Regenerated Plants 5%
90. Fluobodies 5%
91. Fluorescence-linked Immunosorbent Assay (FLISA) 5%
92. Combinatorial Biosynthesis 5%
93. Culture Cells 5%
94. Acid Formation 5%
95. Halogenated Analogues 5%
96. Olivetol 5%
97. High Production 5%
98. F1 Hybrids 5%
99. Papaver Species 5%
100. Molecular Expression 5%

Biochemistry, Genetics and Molecular Biology

1. Synthase 100%
2. Enzyme 60%
3. Cannabis Sativa 54%
4. Anabolism 43%
5. Cannabinoid 26%
6. Molecular Cloning 19%
7. Pyrophosphate 18%
8. Metabolic Pathway 14%
9. Copurification 13%
10. Cyclase 13%
11. Rhododendron 13%
12. Geranylgeranyl Pyrophosphate 12%
13. Human Immunodeficiency Virus 12%
14. Transcription Initiation 12%
15. Jasmonate 12%
16. Transactivation 12%
17. Polyketide 11%
18. Aquilaria 11%
19. Transgenics 11%
20. Scutellaria baicalensis 11%
21. Cross-Link 11%
22. Escherichia coli 10%
23. Cell Culture 10%
24. Coleus 10%
25. Papaver 10%
26. Polyketide Synthase 10%
27. Peroxidase 10%
28. Lactoperoxidase 10%
29. Metabolite 9%
30. Hydrogen Peroxide 8%
31. Dimethylallyltranstransferase 8%
32. Prenyltransferase 8%
33. Pectin 8%
34. Polysaccharide 8%
35. Beta-Glucuronidase 7%
36. Heterologous Expression 7%
37. Cell Suspension 6%
38. Komagataella pastoris 6%
39. Peptide Sequence 5%
40. Farnesyltransferase 5%
41. Mitochondrial Permeability 5%
42. Scoparia dulcis 5%
43. Crocin 5%
44. Crocus sativus L 5%
45. Long Term Potentiation 5%
46. Plastid 5%
47. Isoform 5%
48. Solasodine 5%
49. Single-Chain Variable Fragment 5%
50. Structural Protein 5%
51. Rac (GTPase) 5%
52. Cell Death 5%
53. Glucuronosyltransferase 5%
54. CYP3A4 5%
55. Glycoside 5%
56. Calmodulin 5%
57. High-Performance Liquid Chromatography 5%
58. RAPD 5%
59. F1 Hybrid 5%
60. Recombinant 5%
61. Xylulose 5-Phosphate 5%
62. Orcinol 5%
63. Precursor 5%
64. Enzymatic Hydrolysis 5%