Creating the first synthetic plastid genome in plants.

Genome writing in plants is still in its infancy, and the compact plastid genome is identified as an ideal target to enable scalable plant genome engineering.

• Why it matters: Plant genome engineering lags behind prokaryotes and yeast, limiting progress from sequencing toward genome writing in plant systems.
• What they did: The work frames the plastid genome as a biotechnologically attractive, compact target for initiating plant genome writing at scale.
• The result: Establishing plastid genome writing is positioned to launch plant genome engineering, bridging the gap between genome reading and genome writing in plants.

AI summary of the abstract · may contain errors · not medical advice · read the paper.