FLyOde

FLyOde compiles and organizes curated gene and protein interaction data to represent gene regulatory networks and expression patterns underlying Drosophila melanogaster eye development.

Key Features:

• Systematic Data Assembly: Compiles data from literature on Drosophila melanogaster eye development to assemble gene and protein interaction records.
• Gene Regulatory Network Visualization: Represents curated interactions as gene regulatory networks to depict relationships and dynamic expression patterns among genes and proteins.
• Manual Curation and Standardized Ontology: Applies manual curation and a project-specific ontology to standardize annotations of genes, proteins, interactions, and expression patterns.
• Network Topology Overview: Provides network-level views that summarize connectivity and topological relationships among genes and proteins involved in eye development.
• Filtering by Expression Patterns: Supports filtering of assembled networks by user-defined gene expression patterns.

Scientific Applications:

• Gene Function Analysis: Enables analysis of gene roles by situating genes within curated interaction networks during Drosophila melanogaster eye development.
• Regulatory Pathway Elucidation: Facilitates identification of regulatory pathways and mechanisms controlling eye morphogenesis through network relationships.
• Comparative Studies: Supports comparison of gene expression patterns and interaction states across developmental stages or experimental conditions.

Methodology:

Data are compiled from literature, manually curated into a standardized ontology, assembled into gene and protein interaction datasets, and represented as gene regulatory networks with support for network-topology overview and filtering by expression patterns.