ARTP Mutagenic Breeding Apparatus

Mild & Highly Controllable Mutagenesis Conditions

Operates at atmospheric pressure and room temperature, eliminating the need for high-pressure/high-temperature environments. The mutagenesis process is fully adjustable, ensuring stable, repeatable results for strain improvement.

Diverse Reactive Particle Species

Generates a rich spectrum of high-energy, chemically reactive particles, enabling multi-path DNA damage and activating the cell’s error-prone repair mechanisms to produce a large, diverse mutation library.

Superior Mutation Efficiency

Delivers highly effective mutagenesis with a significantly higher positive mutation rate compared to traditional methods, accelerating the screening of high-yield, high-performance strains.

Broad Mutation Spectrum

Induces a wide range of genetic mutations across the genome, unlocking the potential for diverse trait improvements such as higher enzyme activity, stress tolerance, and metabolite yields.

Industrial Strain Improvement

The ARTP mutagenesis breeding instrument is widely used to enhance industrial microbial strains, such as those for fermentation, enzyme production, and biopharmaceutical manufacturing. It helps boost key traits like metabolite yield, enzyme activity, stress tolerance, and substrate conversion efficiency.

Chassis Cell Engineering & Modification

It supports chassis cell development for synthetic biology and metabolic engineering, enabling targeted DNA mutations to optimize host cell performance for high-value compound synthesis and bioproduction workflows.

High-Capacity Mutation Library Construction

Ideal for building large-scale gene mutation libraries efficiently, with broad mutation spectra that provide abundant genetic diversity for high-throughput screening and strain evolution research.

High-Quality Germplasm Resource Mining & Screening

Facilitates the discovery and development of elite strains and germplasm resources, supporting rapid screening of high-performance mutants with improved productivity, stability, and industrial applicability.