Left: The putative tryptamine (red), Trp-independent (light blue), IPyA (green), indoleacetamide (yellow), and IAOx (dark blue) biosynthetic pathways to IAA in Arabidopsis
Left: The putative tryptamine (red), Trp-independent (light blue), IPyA (green), indoleacetamide (yellow), and IAOx (dark blue) biosynthetic pathways to IAA in Arabidopsis. The steps shown in gray appear not to occur in peas. Right: The simplified pathway scheme suggested to occur in pea based on the present results and . N-hydroxytryptamine was not detected as a metabolite in this study, suggesting that tryptamine might be converted directly to IAAld in pea roots. The Trp-independent, indoleacetamide, and IPyA pathways were not studied.
Publication
Auxin Biosynthesis in Pea: Characterization of the Tryptamine Pathway. (2009) Laura J. Quittenden, et al. Plant Physiol. 2009 Nov;151(3):1130-1138. Figure: F1.| Organism | Group | Word | Match | Source | NCBI Symbol | NCBI ID |
|---|
| Word | Match | MeSH | Name | ChEBI |
|---|---|---|---|---|
| indole-3-acetaldehyde | NA | mesh:C001655 | ||
| indole-3-pyruvic acid | 3-(indol-3-yl)pyruvic acid | mesh:C008122 | indol-3-yl pyruvic acid | chebi:29750 |
| indole-3-acetonitrile | NA | mesh:C016516 | ||
| indole | NA | mesh:C030374 | ||
| acetamide | NA | mesh:C030686 | ||
| indole-3-acetic acid | NA | mesh:C030737 | ||
| tryptamine | tryptamine | mesh:C030820 | tryptamine | chebi:16765 |
| indole-3-acetaldoxime | indol-3-ylacetaldehyde oxime | mesh:C467098 | indole-3-acetaldoxime | chebi:28311 |
| ethanol | Ethanol | mesh:D000431 | ethanol | chebi:16236 |
| indole-glucosinolate | Glucosinolates | mesh:D005961 | glucosinolate | chebi:24279 |
| N-hydroxytryptamine | Serotonin | mesh:D012701 | serotonin | chebi:28790 |
| tryptophan | Tryptophan | mesh:D014364 | L-tryptophan | chebi:16828 |
| Trp | Tryptophan | mesh:D014364 | L-tryptophan | chebi:16828 |
Disease mentions
| Word | Match | MeSH | Name | DOID |
|---|