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12:00, 12 May 2014 2010A rice gid1 suppressor mutant reveals that gibberellin is not always required for interaction between its receptor, GID1, and DELLA proteins.pdf (file) 1.31 MB Wuhao113   1
11:59, 12 May 2014 2006gid1, a gibberellin‐insensitive dwarf mutant, shows altered regulation of probenazole‐inducible protein (PBZ1) in response to cold stress and pathogen attack.pdf (file) 806 KB Wuhao113   1
11:59, 12 May 2014 2007Molecular Interactions of a Soluble Gibberellin Receptor, GID1, with a Rice DELLA Protein, SLR1, and Gibberellin.pdf (file) 1.83 MB Wuhao113   1
11:59, 12 May 2014 2005Gibberellin insensitive dwarf1 encodes a soluble receptor for gibberellin.pdf (file) 569 KB Wuhao113   1
07:35, 12 May 2014 Positional cloning of the LAX gene..jpg (file) 199 KB Lixiaoman13   1
07:34, 12 May 2014 Phenotypic analysis of lax mutant..jpg (file) 66 KB Lixiaoman13   2
07:33, 12 May 2014 Expression pattern of the LAX gene. RNA in situ hybridization of LAX (A–D, F–H, and J) and OSH1 (E, I, and K)..jpg (file) 74 KB Lixiaoman13   1
11:24, 11 May 2014 Evolution fig3.jpg (file) 103 KB Yonglejiang   1
11:17, 11 May 2014 Moc1 mutant.jpg (file) 56 KB Yonglejiang   1
10:55, 11 May 2014 Figure 1. Development of primary tillers at the shoot apex of the main stem in a rice plant.jpg (file) 143 KB Yonglejiang The arrows indicate (A) an axillary meristem initiated from the axial of a leaf, (B) a tiller bud formed from the axillary meristem, (C) a tiller bud with the first leaf primordium, (D) the mature tiller buds with several young leaves, and (E) tillers out 1
03:01, 11 May 2014 FigureYL2.jpg (file) 23 KB Yangli   1
03:01, 11 May 2014 FigureYL1.jpg (file) 63 KB Yangli   1
02:31, 11 May 2014 Figure1.jpeg (file) 38 KB Yangli   1
02:02, 11 May 2014 Fig.10.jpg (file) 49 KB Zhong6937991   1
01:50, 11 May 2014 Fig.9.jpg (file) 26 KB Zhong6937991   1
01:18, 11 May 2014 Genomic structure of the CAP1 locus and pollen phenotypes of allelic mutant lines (2).jpg (file) 38 KB Jiaohzh   1
01:18, 11 May 2014 Genomic structure of the CAP1 locus and pollen phenotypes of allelic mutant lines.jpg (file) 18 KB Jiaohzh   1
01:14, 11 May 2014 Phenotype and germinability of pollen grains affected by a cap1 mutation 2.jpg (file) 27 KB Jiaohzh   1
01:14, 11 May 2014 Phenotype and germinability of pollen grains affected by a cap1 mutation.jpg (file) 31 KB Jiaohzh   4
01:12, 11 May 2014 Gene expression pattern of CAP1. (2).jpg (file) 26 KB Jiaohzh   2
01:09, 11 May 2014 Gene expression pattern of CAP1..jpg (file) 12 KB Jiaohzh   2
00:59, 11 May 2014 Phylogenetic tree of CAP1 and related proteins in plants.jpg (file) 29 KB Jiaohzh Phylogenetic tree of CAP1 and related proteins in plants. Twenty protein sequences (Bra1 and Bra2 in Brachypodium distachyon, Sor1 and Sor2 in Sorghum bicolor, Hor1 and Hor2 in Hordeum vulgare, Pop1 and Pop2 in Populus trichocarpa, Vit1 and Vit2 in Vitis 2
13:13, 10 May 2014 Fig.8.png (file) 11 KB Zhong6937991   1
13:11, 10 May 2014 Fig.7.png (file) 11 KB Zhong6937991   3
11:50, 10 May 2014 Fig.6.png (file) 65 KB Zhong6937991 Fig.6 Expression analysis of OsWRKY30 under stress and hormone treatments. A. Expression level of OsWRKY30 under 100 uM ABA treatment (time course: 0,1, 3, 6, 12, and 24 h). B. Expression level of OsWRKY30 under drought stress (time course: 0, 1, 3, 6,1 1
11:49, 10 May 2014 Fig.5.png (file) 100 KB Zhong6937991 Fig.5 Induced expression of the WRKY30 gene. Plants are treated with salicylic acid (SA) and methyl jasmonate (MeJA). 1
11:48, 10 May 2014 Fig.4.png (file) 24 KB Zhong6937991 Fig.4 The expression of OsWRKY30 induced by blast infection in the presence of Pi36 1
11:48, 10 May 2014 Fig.3.png (file) 519 KB Zhong6937991 Fig.3 Overexpression of OsWRKY30 in rice exhibited more tolerance to water deficit stress than did wild type plants. 1
10:07, 10 May 2014 Expression of OsSPL16in NIL-GW8and NIL-gw8.jpg (file) 18 KB HappyRice R, root; C, culm; L, leaf blade; SAM, shoot apex meristem; BM, branch meristem; YP1–Y22, young panicles, where the number indicates the length of the panicle in centimeters. Expression levels are shown as relative number of copies per 1,000 copies of ri 1
08:53, 10 May 2014 Parental grains.jpg (file) 23 KB HappyRice   1
08:22, 10 May 2014 Parental for grains. Scale bar, 3 mm.jpg (file) 23 KB HappyRice   1
11:51, 9 May 2014 Reference .doc (file) 14 KB Wuzhigeng2014   1
09:00, 9 May 2014 Fig.1..jpg (file) 149 KB Wuzhigeng2014   2
08:58, 9 May 2014 Fig.5..jpg (file) 147 KB Wuzhigeng2014   1
08:57, 9 May 2014 Fig.4..jpg (file) 233 KB Wuzhigeng2014   1
08:57, 9 May 2014 Fig.3..jpg (file) 126 KB Wuzhigeng2014   1
08:57, 9 May 2014 Fig.2..jpg (file) 31 KB Wuzhigeng2014   1
08:22, 9 May 2014 QQ图片20140427101716.jpg (file) 89 KB Zhong6937991   1
13:51, 8 May 2014 Lesions in lax alleles..jpg (file) 39 KB Lixiaoman13   1
13:48, 8 May 2014 Comparison of the bHLH domain of LAX and the most closely related gene of.jpg (file) 82 KB Lixiaoman13   1
10:34, 8 May 2014 Gene.jpg (file) 34 KB Paradise   1
09:01, 8 May 2014 Expression pattern of the LAX gene..jpg (file) 70 KB Lixiaoman13   2
04:39, 8 May 2014 Primer.jpg (file) 18 KB Paradise   1
16:04, 7 May 2014 Phenotypic analysis of lax mutant..png (file) 557 KB Lixiaoman13   1
15:49, 7 May 2014 Expression pattern of the LAX gene..png (file) 1,013 KB Lixiaoman13   1
15:26, 7 May 2014 Subcellular localization of PHD1.png (file) 3.94 MB Zhuo CHEN   1
15:06, 7 May 2014 Phylogenetic analysis of PHD1.png (file) 73 KB Zhuo CHEN   1
14:57, 7 May 2014 Expression analysis of PHD1.png (file) 2.14 MB Zhuo CHEN   1
14:51, 7 May 2014 Phd1 mutant phenotypes.png (file) 3.83 MB Zhuo CHEN   1
01:45, 6 May 2014 图8.jpg (file) 245 KB Suchao13   1
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