ARTP-A Mutagenesis Breeding Machine

The evolutionary processes of plants and animals are extremely slow, with single-gene mutations occurring at rates of only 1 in 100,000 to 1 in 1,000,000. Enhancing mutation rates in flora and fauna to obtain heritable advantageous biological traits has long been a critical focus for breeding researchers. TMAXTREE's R&D team, in collaboration with Tsinghua University, has successfully developed the ARTP-A model for mutagenic breeding in plants and animals. This model features an expanded operational space and enhanced mutagenic intensity. Specifically optimized for diverse biological targets - including pollen grains, small seeds, and fertilized eggs - it incorporates structural refinements that enable user-friendly operation, broader applicability, and superior mutagenic effects, effectively meeting the diverse selection and breeding requirements of various species.

Non-GMO method
Large treatment area, applicable to animals and plants
High mutation performance and large number of mutation sites
Easy and safe operation, low operating costs
Built-in cleaning system

Trait modification of plant and animal samples, improve performance of industrial strains, chassis cell transformation, build large-capacity mutation library, rapid breeding of high-performance germplasm resources