Lichman Lab

@lichmanlab.bsky.social

Lab working on plant natural product biosynthesis from enzymes to evolution https://lichmanlab.weebly.com/

Excited to see our work from @lichmanlab.bsky.social and @geufloreslab.bsky.social, and that from Chang et al., featured in a recent Nature Plants News & Views! Thanks @natplants.nature.com and Tsubasa Shoji! #natprod #PlantScience www.nature.com/articles/s41... www.nature.com/articles/s41...

Nature Plants@natplants.nature.com · 2mo ago

New News & Views: "A sweet solution to nicotine biosynthesis" rdcu.be/fl6qg ... unexpected role for glycosylation and a highly coordinated biosynthetic system that reshapes our understanding of plant specialized metabolism. #PlantScience

Plant discovery could lead to new ways of producing #medicines 'Now that we know how to look for this chemical production, we have new avenues to explore for the production and discovery of safe drugs,' said co-author Benjamin Lichman. www.york.ac.uk/news-and-eve... @lichmanlab.bsky.social

Plant discovery could lead to new ways of producing medicines

Scientists have shown how plants produce powerful natural chemicals that could help in the production of new medicines in more environmentally friendly ways.

york.ac.uk

Busy and rewarding June in the Lichman Lab! lichmanlab.weebly.com/news.html. Highlights from the team include Danielle's RSci qualification, Ben's poster award at GRC, Green impact platinum award, visit from BBSRC, and new paper with contributions from Sandesh. Well done everyone! 🥳

News

Brilliant new paper out in Nature Communications led by Dr Tomasz Czechowski and Prof Ian Graham. Sandesh and Benjy made some modest but valuable contributions to this nice story on unusual linear...

lichmanlab.weebly.com

It's a gloomy day, and nothing brightens it quite like poisons and their toxic tales. So today, I bring to you TUTIN, the poison with a funny name linked to Captain Cook, circus elephants, and bees. And just like my in-person talks, I never quite know what I'm going to say, so buckle up!

Chemical structure of TUTIN, drawn with a Moonman T1 fountain pen and using Iroshizuku Momiji ink (both are beautiful shades of red).

Plants produce tremendous chemistry to outcompete neighbors for space and resources. We identify the mechanism of action of the plant-produced proline mimic azetidine 2-carboxylic acid, which gets misincorporated during protein synthesis and leads to death of surrounding organisms.