資源植物科学研究所

Medicine & Life Sciences

1. Oryza 100%
2. Hordeum 98%
3. Arabidopsis 67%
4. Triticum 36%
5. Genes 35%
6. Aluminum 29%
7. Abscisic Acid 26%
8. Viruses 25%
9. Genome 25%
10. Fungi 20%
11. Proteins 19%
12. Chloroplasts 18%
13. Chromosomes 18%
14. Silicon 17%
15. Quantitative Trait Loci 14%
16. Herbivory 14%
17. Tobacco 13%
18. Aquaporins 13%
19. jasmonic acid 13%
20. Seeds 13%
21. Growth 12%
22. Plastids 12%
23. RNA Viruses 11%
24. Methylobacterium 11%
25. Plant Dormancy 11%
26. Fungal Viruses 11%
27. Xylem 11%
28. Soil 10%
29. Salt Stress 10%
30. Seedlings 9%
31. Centromere 9%
32. methyl jasmonate 9%
33. malic acid 9%
34. Plant Growth Regulators 9%
35. Cadmium 8%
36. Meristem 8%
37. Aegilops 8%
38. Germination 8%
39. RNA Interference 8%
40. RNA 8%
41. Double-Stranded RNA 8%
42. Cell Membrane 8%
43. Phenotype 8%
44. Mononegavirales 7%
45. Plant Viruses 7%
46. Breeding 7%
47. Reoviridae 7%
48. Complementary DNA 7%
49. Mutation 7%
50. Reactive Oxygen Species 7%
51. Alleles 7%
52. Water 7%
53. Starch 7%
54. Salicylic Acid 7%
55. Open Reading Frames 7%
56. Yeasts 6%
57. Droughts 6%
58. Thylakoids 6%
59. Iron 6%
60. Transcription Factors 6%
61. Photosystem II Protein Complex 6%
62. Light 6%
63. Citric Acid 6%
64. Beet necrotic yellow vein virus 6%
65. Peptide Hydrolases 6%
66. Expressed Sequence Tags 6%
67. Rhabdoviridae 6%
68. Zea mays 6%
69. Photosynthesis 6%
70. Salt Tolerance 6%
71. Lanthanoid Series Elements 6%
72. Amino Acids 6%
73. Manganese 6%
74. alcohol dehydrogenase (acceptor) 6%
75. Enzymes 6%
76. Gene Expression 6%
77. Zinc 6%
78. Acids 5%
79. Fagopyrum 5%
80. Minerals 5%
81. Glucosidases 5%
82. Oocytes 5%
83. Arsenic 5%
84. Brachypodium 5%
85. Cotyledon 5%
86. Endosperm 5%
87. Fusarium 5%
88. mugineic acid 5%
89. Genetically Modified Plants 5%
90. Bacteria 5%
91. DNA 5%
92. Mitochondria 5%
93. Nucleotides 5%
94. Methanol 5%
95. Diploidy 5%
96. Haploidy 5%

Agriculture & Biology

1. rice 51%
2. barley 44%
3. transporters 33%
4. Arabidopsis 25%
5. aluminum 24%
6. genes 21%
7. mutants 21%
8. silicon 18%
9. quantitative trait loci 14%
10. abscisic acid 14%
11. aquaporins 14%
12. proteins 13%
13. leaves 13%
14. wheat 12%
15. guard cells 12%
16. Hordeum vulgare 11%
17. Oryza sativa 10%
18. chloroplasts 10%
19. shoots 10%
20. chromosomes 10%
21. uptake mechanisms 10%
22. Arabidopsis thaliana 10%
23. plasma membrane 10%
24. genome 8%
25. cells 8%
26. cultivars 8%
27. cadmium 7%
28. methyl jasmonate 7%
29. malates 7%
30. salt stress 6%
31. herbivores 6%
32. root growth 6%
33. jasmonic acid 6%
34. citrates 6%
35. phytosiderophores 6%
36. iron 6%
37. plant hormones 6%
38. reactive oxygen species 6%
39. phenotype 6%
40. transcription factors 6%
41. xylem 6%
42. secretion 6%
43. viruses 6%
44. alleles 6%
45. manganese 6%
46. mutation 6%
47. Japan 5%
48. plant root cells 5%
49. Nicotiana attenuata 5%
50. loci 5%
51. tissues 5%
52. chromosome mapping 5%
53. biosynthesis 5%
54. zinc 5%