The first generation
of gene editors
was discovered
The next will
be designed from
the function up

A full-stack protein-design company building the molecular machinery for next-generation gene editing We design systems from scratch, around the function each application demands, rather than optimising enzymes that already exist

Read the thesis

Function built into the design

Rather than random generation, we encode each application's biological and biophysical requirements directly into our models, then validate function through purpose-built assays, and every result feeds the next design round, already producing double-digit experimental hit rates

Design briefCell typeDelivery routeEdit precisionCompact sizeDesign enginecandidatesscanrefinelearnDe novo editor

Mandrake Terrabase

On-prem, interconnected DNA-protein data with rich biological context

0genomes
0Tbp

Function-aware generation

Proprietary sequence- and structure-aware models, post-trained on custom biological context and data

Generative AI
Bio Physics

Purpose-built assays

Functional testing in our in-house wet lab and partner network

Our next-generation editors will enable breakthrough applications

Tissue-culture-free elite crop editing

Editors designed to work directly in elite plant tissue to dramatically shorten gene-editing timelines by up to 80%

In vivo Gene Therapies

Editors designed around delivery from the start, enabling lower doses, simpler delivery and more accessible genetic medicines