Purpose
To create the next generation of gene editing tools that deliver durability and cost-efficient manufacturability of genetic medicines.
To create the next generation of gene editing tools that deliver durability and cost-efficient manufacturability of genetic medicines.
To comprehensively understand and control the mechanism of action of programmable genetic cargo insertion machines.
To drive uptake of this natural gene insertion approach across a significant portion of the gene editing/therapy technology market.
To make genetic medicines available to the widest possible patient population.
Gene Weaver is a Cambridge-based biology technology leader driving the development of next generation gene modification tools. Founded in mid-2023 by Recombinase Polymerase Amplification (RPA) technology inventor Dr Niall Armes, the interdisciplinary team of protein engineers, cell biologist, bioinformaticians, is employing a unique enzymatic system with the potential to transform gene editing.
By employing a unique naturally derived enzymatic system, the Gene Weaver Technology Platform will allow large edits to be made in a controlled way, efficiently.
The cost of manufacturing will also be reduced by enhancing the durability of the gene insertion step. Together, these will make the genetic medicine revolution available to a broader patient population, including those in low- and middle-income countries (LMIC).