Happy to share our chromosome level genomes for Drepanocaryum sewerzowii and Marmoritis complanata, two new assemblies within the Nepetinae and related to catnip.
https://t.co/tXNQ8BIVuJ
@GrantGodden@danieljeffares @LabRat_C @LichmanLab
Today @ncellinese and I rolled out the first phylogenomic results for our collaborative project on North American Lobelia. Exciting stuff! But can you believe we are still taping pages together to visualize large trees in 2023?
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What is the origin and role of plant biosynthetic gene clusters (BGCs) in the evolution specialised metabolism? We investigate this in our @MPlantPCom paper on monoterpenoid biosynthesis in Schizonepeta tenuifolia (Japanese catnip).
https://t.co/UXr6g028YT
Three @NSF grants will fuel discoveries & global partnerships at the Florida Museum herbarium, the state's oldest & largest plant collection. New findings will shed light on the evolutionary & ecological factors that shaped modern plant diversity.
Story: https://t.co/08V4Y8BZUd
Generation of a chromosome-scale genome assembly of the insect-repellent terpenoid-producing Lamiaceae species, Callicarpa americana | GigaScience | Oxford Academic https://t.co/PzaUBGkJ3b
@prather_alan So sorry to hear this news, Alan. I wish I would have had the opportunity to know him better. But I certainly will never forget when he asked me if I was French.
Scientists have traced the evolution of the cat-attracting chemicals in catnip, revealing new insights about how individual enzymes evolve and how genomes organize themselves. https://t.co/kZrFgDl6If