The startup develops a forestry engine that utilizes genome editing and tree genetics to enhance tree breeding cycles and increase genetic diversity. This platform provides clients with a streamlined regulatory process, addressing the need for sustainable forestry practices and improved tree resilience.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional tree breeding methods are slow and cannot keep pace with the increasing demands for sustainable forestry and improved tree resilience. Conventional breeding cycles often take decades, limiting the ability to rapidly adapt to changing environmental conditions and market needs.
Solution
TreeCo provides a forestry R&D engine that leverages genome editing and tree genetics to accelerate tree breeding cycles and enhance genetic diversity. The company's platform combines CRISPR technology with a comprehensive genomic database and machine learning to identify and modify specific genes responsible for desirable wood traits. By working with elite germplasm and employing efficient delivery methods, TreeCo enables foresters to breed healthier, more sustainable forests at an accelerated pace. The technology facilitates improvements in timber strength, fiber quality for pulp and paper, and biochemical production for biofuels, while also enhancing carbon sequestration and environmental sustainability.
Target Audience
TreeCo's primary customers are tree breeders and forestry businesses seeking to enhance wood traits, improve sustainability, and accelerate breeding cycles.
Features
- CRISPR-based genome editing to modify multiple genes in trees
- Proprietary machine-learning program to identify target genes for trait enhancement
- Efficient delivery methods with demonstrated efficiencies up to 94% in some species
- Utilization of elite germplasm to ensure genetic improvement of desirable genotypes
- Tissue culture techniques for regeneration of healthy, edited clones
- Greenhouse testing to validate the impact of altered genotypes on corresponding phenotypes