This page is still a draft

Please consider editing this file on GitHub. You can follow the editing tutorial

Genspace's Open Plant Community Project
Genspace's ongoing project exploring plant biology and gene-editing with liverworts

OPEN PLANT

The Open Plant Collaboration explores plant biology and gene-editing using the liverwort Marchantia polymorpha, a model organism for plant synthetic biology, to generate complex proteins.

Project Description:

Group members learn plant tissue culture and genetic engineering techniques, applying them to liverworts as an accessible model system for exploring how plants can be engineered to produce useful compounds. The project is part of Genspace’s ongoing slate of community projects, open to members interested in plant biology, gene-editing, and citizen science.

This page is still a draft

Please consider editing this file on GitHub. You can follow the editing tutorial

Genspace's Open Plant Community Project
Genspace's ongoing project exploring plant biology and gene-editing with liverworts

OPEN PLANT

The Open Plant Collaboration explores plant biology and gene-editing using the liverwort Marchantia polymorpha, a model organism for plant synthetic biology, to generate complex proteins.

Project Description:

Group members learn plant tissue culture and genetic engineering techniques, applying them to liverworts as an accessible model system for exploring how plants can be engineered to produce useful compounds. The project is part of Genspace’s ongoing slate of community projects, open to members interested in plant biology, gene-editing, and citizen science.

This page is still a draft

Please consider editing this file on GitHub. You can follow the editing tutorial

Genspace's Open Plant Community Project
Genspace's ongoing project exploring plant biology and gene-editing with liverworts

OPEN PLANT

The Open Plant Collaboration explores plant biology and gene-editing using the liverwort Marchantia polymorpha, a model organism for plant synthetic biology, to generate complex proteins.

Project Description:

Group members learn plant tissue culture and genetic engineering techniques, applying them to liverworts as an accessible model system for exploring how plants can be engineered to produce useful compounds. The project is part of Genspace’s ongoing slate of community projects, open to members interested in plant biology, gene-editing, and citizen science.

Comments

Open Comments Issue in GitHub