TreeCo: Breeding a More Sustainable Forest
TreeCo is revolutionizing forestry with CRISPR gene editing technology, combining it with a comprehensive database of genomic understanding and a powerful machine learning application to enhance tree traits for a more sustainable future. By targeting desired commercial traits like lower lignin or S/G ratio, TreeCo can edit multiple genes in trees, empowering foresters to breed healthier and more sustainable forests.
This innovative process starts with identifying desired traits, analyzing the species' genetic instructions, and processing them through their proprietary machine learning program to statistically determine the most effective genes for targeting and designing the CRISPR Cas insertion. TreeCo's expertise extends to designing the most efficient method of delivery, achieving efficiencies as high as 94% in some species. They work with elite germplasm, ensuring genetic enhancements are made to the most desirable genotypes, enabling faster and more effective improvement than traditional techniques. Once edits are made, TreeCo's team regenerates healthy edited clones and nurtures them towards greenhouse cultivation. Their proprietary tissue culture expertise is applicable to a wide range of commercially valuable tree species. Finally, edited trees are grown in the greenhouse to validate the machine learning predictions and confirm the impact of altered genotypes on the corresponding phenotypes.
TreeCo's CRISPR technology represents a significant advancement in forestry, offering the potential for faster, more targeted, and more sustainable tree breeding compared to traditional methods.
https://tree-co.com/