The Tomato Aux/IAA Transcription Factor IAA9 Is Involved in Fruit Development and Leaf Morphogenesis
Plant Cell Wang et al.
17: 2676
Supplemental Data
Files in this Data Supplement:
Supplemental Figure 1 -
Supplemental Figure 1. Transcript Accumulation of IAA9 in Wild-type (WT), AS-IAA9 (AS) and Leaf Morphogenesis Mutants: lanceolate, petroselinum and entire. RT-PCR analyses were performed using RNA extracted from expanding leaf tissue.
Supplemental Figure 2 -
Supplemental Figure 2. Transcript Accumulation of Genes Involved in Leaf Morphogenesis in Wild-type and AS-IAA9 Plants. The expression levels were assessed by RT-PCR analysis using RNA isolated from expanding leaves. TKN1 and T6/TKN2 are tomato homologs of the corresponding Arabidopsis KNOX genes and PHANTASTICA is the tomato ortholog of Arabidopsis ASYMMETRIC LEAVES1.
Supplemental Figure 3 -
Supplemental Figure 3. Multi-organ Fusion inAS-IAA9 Plants. Fused flowers(A), fruit (B), cotyledons (C) and stems (D) frequently found in AS-IAA9 plants.
Supplemental Figure 4 -
Supplemental Figure 4. Ethylene Production by Wild-type and AS-IAA9 Fruit from MicroTom (A) and Ailsa Craig (B) Tomato Genotypes.
Supplemental Figure 5 -
Supplemental Figure 5. Expression of Aux/IAA Genes in Leaves of entire Mutant. RT-PCR analyses were performed as described in Supplemental Figure 1.