![\"\"](\"https:\/\/www.newsbeep.com\/uk\/wp-content\/uploads\/2026\/08\/A-larkspur-specimen-in-bloom-at-Beal-Botanical-Garden-credit-Paul-Henderson-released-by-MSU-1024x576.jpeg\")
A larkspur specimen in bloom at Beal Botanical Garden \u2013 credit, Paul Henderson, released by MSU<\/p>\n A larkspur specimen in bloom at Beal Botanical Garden \u2013 credit, Paul Henderson, released by MSU<\/p>\n
Two famously toxic plants\u2014known also to treat pain, malaria, cancer, and pests\u2014may have had those medicinal properties synthesized in a lab for the first time.<\/p>\n
The researchers behind the discovery believe \u201cplants are the best chemists\u201d\u2014and their breakthrough demonstrates that next-generation drugs don\u2019t need to come from chemists\u2019 inventions.<\/p>\n
Centered on the plants wolfsbane and larkspur, the discovery comes about through a collaboration between scientists at Michigan State University and the Czech Academy of Sciences, and is published<\/a> in the journal Molecular Plant.<\/p>\n \u201cThese plants have been used in different forms of medicine throughout the world for thousands of years,\u201d said MSU alum Garret Miller, co-first author of the paper and now an assistant professor of biotechnology at University of Michigan-Flint.<\/p>\n \u201cWe know they interreact with our bodies in so many ways, and understanding how to create them can help provide totally new routes of testing.\u201d<\/p>\n \u201cPlants are the best chemists around, upgrading their arsenal of natural compounds over millions of years to help them survive,\u201d said Bj\u00f6rn Hamberger, study author an Endowed Professor in MSU\u2019s Department of Biochemistry and Molecular Biology.<\/p>\n At MSU, the Hamberger Lab explores these diverse compounds, better known as specialized metabolites, and how they can be leveraged for the greater good. History has shown they\u2019re more than capable of the opposite, with wolfsbane possibly at the seen of multiple historic assassinations, including Socrates, Alexander of Macedon, and Cleopatra\u2019s sister.<\/p>\n In more recent years his team had set their sights on larkspur\u2014also called delphinium for its dolphin-shaped flowers\u2014wanting to know exactly how the plant produced a mix of toxic-yet-promising chemicals known as diterpenoid alkaloids.<\/p>\n Diterpenoid alkaloids are the intersection of the two oldest and largest classes of plant chemicals on the planet, and researchers have faced an uphill battle to determine their mind-bendingly complex structures.<\/p>\n Despite being isolated nearly 200 years ago, one of the best-known compounds, aconitine, still hasn\u2019t been successfully synthesized in a lab. The genesis of that discovery began serendipitously.<\/p>\n While attending a research conference in Barcelona, Hamberger crossed paths with scientists from the lab of Tom\u00e1\u0161 Pluskal at the Czech Academy of Sciences.<\/p>\n The Pluskal Group, including Lana Mutabd\u017eija, a graduate student at the Czech Academy of Sciences and co-first author of the latest paper, were pursuing the same tricky diterpenoid alkaloids in a notoriously poisonous larkspur relative, wolfsbane, otherwise known as monkshood.<\/p>\n The two labs decided to join forces, before beginning the task of identifying the exact chemical pathway the two plants took to produce their diterpenoid alkaloids.<\/p>\n Because plants naturally produce specialized metabolites slowly and in tiny amounts, discovering these pathways is a vital step toward engineering plant chemistries that can tackle real-world, large-scale challenges.<\/p>\n