CuAS

CuAS provides a database of alternative splicing events and isoform-level annotations in cucumber to characterize tissue-specific splicing and associated functional features.

Key Features:

• Genomic Annotations: Comprehensive genomic annotations contextualize observed alternative splicing events in cucumber.
• Isoform-Level Functional Annotations: Isoform-specific functional features and roles are provided, including mappings to UniProt entries.
• Tissue-Specific AS Events: Catalogs alternative splicing events across multiple tissues to reveal tissue-specific regulation.
• Annotated Transcripts: Built from annotated transcripts derived from cucumber alternative splicing.
• Identifiers and Coordinates: Includes gene ID, isoform ID, UniProt ID, gene name, chromosomal positions, and gene family information.
• Data Integration: Integrates multiple data types to link genomic context with isoform-level annotations and gene family data.

Scientific Applications:

• Functional characterization of isoforms: Enables investigation of the functional implications of alternative splicing for specific isoforms in cucumber.
• Tissue-specific splicing studies: Supports identification and analysis of tissue-specific splicing patterns and their induced functional characteristics.
• Plant genetics and molecular biology: Provides resources to advance research in plant biology, genetics, and molecular biology focused on cucumber alternative splicing.

Methodology:

Constructed from annotated transcripts derived from cucumber alternative splicing, the database integrates genomic annotations, isoform-level functional annotations, UniProt mappings, chromosomal coordinates, and gene family information.