轉譯農業科學博士學位學程

Agriculture & Biology

1. peroxidase 93%
2. hypocotyls 69%
3. indole acetic acid 65%
4. naphthaleneacetic acid 56%
5. soybeans 56%
6. lignin 53%
7. auxins 52%
8. adventitious roots 49%
9. lignin content 38%
10. indole butyric acid 31%
11. Arabidopsis 28%
12. polyamines 28%
13. phosphates 26%
14. Phalaenopsis 25%
15. isozymes 24%
16. Chara 24%
17. synthesis 23%
18. vacuoles 22%
19. Bromeliaceae 22%
20. biosynthesis 22%
21. Catharanthus roseus 22%
22. copper 22%
23. laccase 21%
24. Arabidopsis thaliana 20%
25. hypersensitive response 20%
26. metabolites 19%
27. lateral roots 19%
28. micropropagation 19%
29. myo-inositol 19%
30. leaves 19%
31. organelles 18%
32. Glycine max 18%
33. Aechmea fasciata 17%
34. callus 17%
35. cells 16%
36. plantlets 16%
37. cadmium 16%
38. peroxidases 16%
39. tissues 15%
40. shoots 15%
41. Saintpaulia 15%
42. Guzmania 15%
43. explants 15%
44. Polianthes tuberosa 15%
45. tobacco 14%
46. nutation 14%
47. Pluchea 14%
48. algae 14%
49. cesium radioisotopes 14%
50. Characeae 14%
51. organogenesis 14%
52. mass spectrometry 13%
53. Vallisneria 13%
54. mutants 13%
55. Utricularia 13%
56. Cinnamomum 13%
57. callus formation 12%
58. tracheary elements 12%
59. hormones 12%
60. symplast 12%
61. inositol phosphates 12%
62. genes 12%
63. corms 12%
64. Enterobacter aerogenes 11%
65. acute effects 11%
66. rooting 11%
67. patch-clamp technique 11%
68. nuclear power 11%
69. proteins 11%
70. female flowers 11%
71. phytic acid 11%
72. Petunia 11%
73. capillary electrophoresis 11%
74. pollen germination 11%
75. Raphanus sativus 10%
76. seedlings 10%
77. ion channels 10%
78. spermidine 10%
79. plasma membrane 10%
80. flowering 10%
81. sucrose 10%
82. plastids 10%
83. putrescine 10%
84. folic acid 9%
85. spectrometers 9%
86. power plants 9%
87. radishes 9%
88. accidents 9%
89. gene silencing 9%
90. kinetin 9%
91. cultured cells 9%
92. 2,4-D 9%
93. cell suspension culture 9%
94. mung beans 9%
95. Spermatophytina 9%
96. metabolomics 9%
97. carbohydrate content 9%
98. food colorants 9%
99. Oryza sativa 9%
100. macroalgae 8%

Medicine & Life Sciences

1. Arabidopsis 100%
2. Lignin 81%
3. Hypocotyl 70%
4. Soybeans 55%
5. Peroxidase 55%
6. lignin peroxidase 51%
7. indoleacetic acid 47%
8. Catharanthus 46%
9. Vacuoles 41%
10. Orchidaceae 33%
11. Chara 31%
12. Laccase 31%
13. Plant Cells 26%
14. Organelles 23%
15. Mass Spectrometry 23%
16. Adenosine Triphosphate 21%
17. Naphthaleneacetic Acids 20%
18. Cell Wall 20%
19. Seedlings 19%
20. Suspensions 19%
21. indolebutyric acid 19%
22. Characeae 18%
23. serpentine (alkaloid) 18%
24. Isoenzymes 18%
25. Phosphates 18%
26. Secologanin Tryptamine Alkaloids 17%
27. Asparagaceae 17%
28. Zygophyllaceae 17%
29. Inositol Phosphates 17%
30. Tobacco 17%
31. Petunia 16%
32. Meristem 16%
33. Endosperm 15%
34. Phylogeography 15%
35. Phytic Acid 15%
36. Juniperus 14%
37. Vacuolar Proton-Translocating ATPases 14%
38. Sucrose 14%
39. Pollen 14%
40. Raphanus 14%
41. Plastids 13%
42. Enzymes 13%
43. Peroxidases 13%
44. Sugars 13%
45. Germination 12%
46. Temperature 12%
47. Antiporters 12%
48. Genes 12%
49. Climate Change 12%
50. Growth 12%
51. Proteins 12%
52. Inositol 11%
53. Capillary Electrophoresis 11%
54. Spermidine 11%
55. Arachis 11%
56. Flowers 11%
57. cdc Genes 11%
58. Databases 11%
59. Cell Membrane 10%
60. Cadaverine 10%
61. Metabolomics 10%
62. Oryza 10%
63. Polyamines 10%
64. Cations 10%
65. Starch 10%
66. Cadmium 10%
67. Elasticity 10%
68. Pseudomonas syringae 10%
69. Alkaloids 9%
70. Histidine 9%
71. Lighting 9%
72. Motion Pictures 9%
73. Global Warming 9%
74. Gene Silencing 9%
75. Mesophyll Cells 9%
76. Membranes 9%
77. Seeds 9%
78. Folic Acid 8%
79. Ion Channels 8%
80. Microtubules 8%
81. Cultured Cells 8%
82. Light 8%
83. Zinc 8%
84. Seed Dispersal 8%
85. Tyrosine 8%
86. Carbohydrates 7%
87. Inflorescence 7%
88. Chloroplasts 7%