RetroBioCat

RetroBioCat automates computer-aided retrosynthetic design of biocatalytic cascades to identify enzymatic pathways for synthesizing target molecules.

Key Features:

• Automated Biocatalytic Cascade Design: Applies computer-aided synthesis planning (CASP) methods to automate the design of enzymatic cascades.
• Expertly Encoded Reaction Rules: Uses a comprehensive set of reaction rules that encode the available enzyme toolbox for biocatalysis.
• Literature Precedent System: Identifies literature precedents for enzymes with specific substrate specificity to inform pathway selection.
• Automated Biocatalytic Retrosynthesis: Performs automated retrosynthesis by applying encoded reaction rules to propose biocatalytic pathways for target molecules.

Scientific Applications:

• Efficient Synthesis: Designing pathways that maximize efficiency and selectivity in the synthesis of complex molecules.
• Innovation in Biocatalysis: Enabling exploration of novel enzymatic reactions and cascade designs in synthetic biology and organic chemistry.
• Validation of Pathways: Validating proposed biocatalytic pathways against a test-set of recent cascades described in the literature.

Methodology:

RetroBioCat encodes reaction rules from an enzyme toolbox, applies computer-aided synthesis planning (CASP) methods for automated retrosynthesis, and identifies literature precedents, with proposed pathways validated against a test-set of recent cascades.