PLAZA monocots

PLAZA monocots provides comparative genomics resources for monocotyledonous plants by integrating genomic data, annotations, gene families, protein domains, and phylogenetic trees.

Key Features:

• Expanded genomic coverage: Includes over 37 plant species, broadening the phylogenetic range and sampling of specific clades compared with PLAZA 3.0.
• Comprehensive annotations: Integrates structural and functional annotations from Gene Ontology, MapMan, UniProtKB/Swiss-Prot, PlnTFDB, and PlantTFDB.
• Gene families and protein domains: Enables querying of gene families and protein domains to investigate evolutionary relationships and functional characteristics.
• Phylogenetic trees: Provides phylogenetic trees for visualization of evolutionary trajectories among monocot species.
• Genome organization: Supplies detailed information on genome organization across monocot genomes.
• Improved annotation transfer algorithms: Uses enhanced algorithms to transfer functional annotations from well-characterized genomes to other species.
• Crop species data: Includes additional crop species data to support agricultural research and breeding studies.

Scientific Applications:

• Comparative genomics: Supports comparative genomic studies across monocot species to identify conservation and divergence of genes and pathways.
• Evolutionary biology and phylogenomics: Facilitates analysis of evolutionary relationships and trajectories within the monocot clade using gene families and phylogenetic trees.
• Gene function annotation: Enables propagation and assessment of gene function annotations using integrated annotation sources and transfer algorithms.
• Crop genomics and breeding: Provides genomic data and annotations for crop species to inform agricultural research and breeding programs.
• Genome organization studies: Supports investigation of genome architecture and organization across multiple monocot genomes.

Methodology:

Structural and functional annotations are integrated from Gene Ontology, MapMan, UniProtKB/Swiss-Prot, PlnTFDB, and PlantTFDB, and enhanced annotation transfer algorithms propagate annotations between genomes.