Unused files

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The following files exist but are not embedded in any page. Please note that other web sites may link to a file with a direct URL, and so may still be listed here despite being in active use.

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Y4.png 276 × 247; 90 KB
Y5.png 323 × 544; 116 KB
Y6.png 622 × 308; 27 KB
Y7.png 640 × 394; 34 KB
Plant Physiol.jpg 1,165 × 1,004; 460 KB
Plant Cell-2002-Lu-1963-80.jpg 475 × 715; 36 KB
Mutate.png 509 × 413; 69 KB
Hg.png 443 × 298; 43 KB
Func.png 713 × 385; 238 KB
D.png 848 × 408; 386 KB
5A.png 638 × 511; 379 KB
5B.png 726 × 394; 52 KB
7A.png 819 × 118; 29 KB
Figure5.1.jpg 450 × 999; 81 KB
Figure5a.jpg 450 × 999; 81 KB
Figure 5A.jpg 417 × 891; 95 KB
Figure5ABCD.jpg 398 × 899; 95 KB
Expression analysis on.png 783 × 248; 112 KB
Figure5-2.png 765 × 375; 110 KB
Figure6-1.png 855 × 300; 312 KB
Figure6-2.png 856 × 485; 518 KB
Figure7-1.png 958 × 361; 179 KB
Figure7-2.png 959 × 236; 196 KB
Figure8.png 527 × 246; 42 KB
Fig 1 Rice importina1 supported nuclear import of NLS-GFP in vertebratein vitroassay system..png 304 × 361; 106 KB
OsHPL3-2.jpg 300 × 250; 10 KB
3a.jpeg 300 × 250; 7 KB
Oryza sativa Japonica Group cDNA, clone- J075158N05, full insert sequence.jpg 1,308 × 398; 78 KB
Tyut.jpg 998 × 764; 147 KB
AVR1-CO39 Interacts Physically with RGA5.jpg 998 × 764; 147 KB
Phenotypes and molecular analyses ofOsPIN2over-expression transgenic plants (O1 and O2) and untranformed wild-type plant (WT).jpg 155 × 200; 15 KB
Changes during grain development in (A) IAA content of rice grains measured by LCMSMS using 13C6 IAA as the internal standard, (B) mean fresh weight and (C) starch content. 1.jpg 330 × 200; 12 KB
Schematic map of integrated T-DNA insertion site in rice genome.jpg 197 × 200; 13 KB
Changes during grain development in (A) IAA content of rice grains measured by LCMSMS using 13C6 IAA as the internal standard, (B) mean fresh weight and (C) starch content. 2.jpg 328 × 200; 13 KB
Changes during grain development in (A) IAA content of rice grains measured by LCMSMS using 13C6 IAA as the internal standard, (B) mean fresh weight and (C) starch content. 3.jpg 331 × 200; 12 KB
High-performance liquid chromatography analysis.jpg 255 × 200; 16 KB
Histochemical localization of GUS activity in wild type and O1O2.jpg 231 × 200; 27 KB
Comparison of the expression of YUCCA, TAATAR and TDC orthologues during grainseed development..jpg 274 × 200; 22 KB
GUS expression in root tips of wild type.jpg 178 × 200; 14 KB
Quantitative RT–PCR results for OsYUC3, OsYUC 9, OsYUC 11, OsYUC 12, OsYUC 14, OsTAR1, OsTAR2 and OsTDC1..jpg 378 × 200; 21 KB
RT-PCR analysis of two tiller angle–related genes andOsPIN1expression level in wild type and O1O2.jpg 138 × 200; 14 KB
Phylogenetic tree of Trp decarboxylases and sequence homologues sequences were obtained by BLASTp search of proteomes of Rice (Os), Arabidopsis (At), Sorghum (Sb) and Poplar (POPTR)..jpg 191 × 200; 14 KB
Phylogenetic tree of FMOs from rice (Os), Arabidopsis (At), Selaginella (Smoe), Physcomitrella (Ppls) and Chlamydomonas (CrCre)..jpg 263 × 200; 17 KB
图片.docx ; 122 KB
Neighbour-joining phylogenetic trees showing the predicted relationship between Arabidopsis AtPINs and (a) dicot (Medicago, soybean and potato) and (b) monocot (rice and wheat) PINs.jpg 802 × 379; 85 KB
图片2.docx ; 127 KB
Figure 1 In situ RNA expression patterns of OsMADS1 compared with OsMGH3. (a–f) OsMADS1 profile in developing inflorescence branch primordia and spikelets. Silver grains reveal regions with expression.jpg 789 × 340; 135 KB
Positonal cloning of dep1.jpg 564 × 517; 292 KB
The tillering of rice.jpg 561 × 542; 343 KB
The tillering of rice. .jpg 564 × 517; 292 KB

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