Mutation Maker

Mutation Maker designs mutagenic oligonucleotides for constructing mutant libraries in large-scale protein engineering and de novo gene synthesis.

Key Features:

• Multi-Site Random and Directed Mutagenesis: Handles complex mutagenesis protocols enabling precise modifications across multiple sites within a protein sequence.
• De Novo Gene Synthesis Workflows: Generates bespoke oligo designs tailored to de novo gene synthesis for creation of new protein-coding sequences.
• Algorithmic Innovation: Employs a combination of heuristics, optimization techniques, constraint-satisfaction algorithms, and backtracking methods to optimize oligo design.
• In Silico Simulations: Integrates in silico simulations to provide predictive assessments that inform oligo design choices.
• Experimental Validation: Supported by experimental validation data demonstrating high success rates in producing diverse gene libraries across various genes and vectors.

Scientific Applications:

• Protein Engineering: Facilitates both random and directed mutagenesis workflows for engineering protein variants.
• De Novo Protein Design: Enables design and synthesis of novel proteins via tailored oligo sets for gene synthesis.
• Biocatalyst Development: Supports development of biocatalysts for green chemistry applications through generation of variant libraries.
• Therapeutic Protein Engineering: Assists in creation and diversification of therapeutic protein candidates.
• High-Throughput Library Construction: Produces diverse mutant libraries for rapid screening in industrial and therapeutic research contexts.

Methodology:

Uses heuristics, optimization techniques, constraint-satisfaction algorithms, backtracking methods, and in silico simulations to optimize oligo design.