Genome-edited tomatoes for optimized vertical farming

Technology
In development
Company

Innovative genome-edited tomato varieties optimized for vertical farming, offering higher yields and enhanced flavor. These transgene-free solutions provide a high-value crop for controlled environment agriculture, moving beyond traditional leafy greens.

Overview

Phytoform introduces a groundbreaking solution for vertical farming: genome-edited tomato varieties designed specifically for controlled environment agriculture. By optimizing the architecture, size, and flavor of tomatoes, this innovation offers higher yields and superior taste per unit of biomass, providing a fresh and less resource-intensive alternative. This development allows the vertical farming industry to expand beyond traditional leafy greens, unlocking new market opportunities with high-value crops.

Technical specifications

Key features:

  • Transgene-free genome editing to enhance flavor and nutrition
  • Optimized size and architecture for vertical farming systems
  • Variety-independent method applicable across multiple tomato species
  • Miniaturized gene-edited tomato lines currently under field trials
  • Future enhancements targeting photosynthetic efficiency and BRIX improvement
Technology readiness level

The technology is currently at TRL 5, with V1 of the gene-edited tomato lines undergoing field trials in multiple vertical farms in England. Future developments aim to expand the range of tomato varieties and implement additional mutations for enhanced market value. Partnerships are sought for access to elite germplasm, marketing, and technical support.


About Phytoform

Founded in 2017, Phytoform is a gene-editing startup focusing on sustainable crop traits. It has received grants and seed funding in the UK and gained attention for its innovative use of AI in plant genomics, targeting improvements in yield and defense without transgenics.

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