Plant tissue microscopy composition
Plant tissue microscopy composition

Engineering new functions into plants

Engineering new functions into plants

Engineering new functions into plants

Inside the platform that turns genetic design into living plants.

Inside the platform that turns genetic design into living plants.

Our platform in practice

Pigment engineering in pothos provides a visual example of our platform's capabilities.

Full Golden Pothos plant in a potThe reference plant before
pathway engineering.

A vertically integrated, full-stack plant engineering platform

Design, construction, transformation and plant testing operate as one connected system, built for ultra-fast execution and innovation.

We combine bioinformatics, metabolic flux modeling, genomic and expression data as well as AI-assisted design to create a virtual copy of the plant, turning a desired plant trait into a refined genetic engineering strategy.

Experimental data guide our choice of genes, regulatory-elements, and general construct architecture for the intended function. We typically explore various strategies in parallel to maximize our chances of success.

Genomic data

Identify genes and regulatory elements.

Metabolic data

Map pathways and model their interactions.

Experimental data

TerminatorsT1T2T3T4T5T6T7T8PromotersP1P2P3P4P5P6P7P8Low expressionHigh expression
Guide expression with measured evidence in target plants.

Plasmid design

Circular plasmid map combining genes and regulatory elements into three modules
Combine selected elements into a genetic program.

Resources and technology

  • Whole genome sequencing
  • 1,000+ unique genetic parts
  • 20+ previously unknown regulatory elements validated
  • Proprietary genetic databases

What should your plant do differently?

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