COMBREX

COMBREX accelerates functional annotation of newly sequenced bacterial and archaeal genomes by integrating computational predictions with experimental validation.

Key Features:

• Comprehensive prediction database: A curated database stores functional predictions for genes from bacterial and archaeal genomes.
• Computational prediction algorithms: Advanced algorithms analyze genomic data to generate hypotheses about gene roles.
• Integration of computational and experimental approaches: Computational biology outputs are linked to experimental biochemistry efforts for validation.
• Competitive experimental validation: Experimental biochemists bid on specific computational predictions to perform laboratory validation.
• Targeted funding support: Small grants are provided to support successful bids and associated experimental work.

Scientific Applications:

• Genome annotation: Accelerates assignment of putative functions to genes in bacterial and archaeal genomes.
• Gene function validation: Enables empirical confirmation or refutation of computationally predicted gene functions.
• Microbial genomics research: Supports interdisciplinary studies that link sequence-based predictions to biochemical evidence.

Methodology:

Generation of functional predictions from bacterial and archaeal genomic sequences using computational analysis and advanced algorithms.