What problem does it solve?
Plant genomics research requires navigating polyploid genomes, plant-specific pathways, and fragmented databases, making gene annotation and cross-species comparison slow and error-prone.
Core Features & Use Cases
- Plant Pathway Analysis: Search PlantReactome and KEGG for plant-specific pathways like flavonoid biosynthesis, photosynthesis, and hormone signaling using organism codes such as ath, osa, and zma.
- Gene Function Annotation: Look up gene structure via Ensembl Plants and protein function via UniProt, with an evidence-grading framework from mutant phenotype validation to computational annotation.
- Species Taxonomy & Comparison: Resolve plant species through POWO and USDA PLANTS, then compare orthologs across crops using Ensembl Compara while accounting for polyploidy and homeologous gene copies.
- Use Case: A researcher studying a wheat gene can identify its Arabidopsis ortholog, retrieve its KEGG pathway membership, check UniProt functional evidence, and assess crop improvement relevance in one workflow.
Quick Start
Use the plant genomics skill to find which pathway the Arabidopsis CHS gene belongs to and identify its orthologs in rice and maize.