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Assistant Professor Ullas Pedmale and his team are studying the way plants perceive and modify their architecture in response to light, and how a genetic tweak could secure the food we need. cshl.edu/plants-fight-f…

Apply now (DUE March 15) for the Cold Spring Harbor Laboratory Frontiers and Techniques in Plant Science course on July 1 - 21, 2022. CSHL Meetings CSHL Plants CSHL Plant Course More information and past years speakers at meetings.cshl.edu/courses.aspx?c…

Pleased to share new work from the Lippman lab on dynamic evolution of plant paralogues. Great team with former postdocs Choon-Tak Kwon and Cao XU. Just the tip of the iceberg! Solanum Pan-Genome and all its secrets, here we come!! nature.com/articles/s4147… nature.com/articles/s4147…

Now up is Lyndsey Aguirre on ‘Uncovering quantitative epistasis in tomato stem cell control’ Cold Spring Harbor Laboratory CSHL Plants #AGBTAG22

Congratulations to Prof and @HHMINews Investigator Rob Martienssen (@CSHLPlants), who has just been elected to the American Academy of Arts & Sciences! 🎉cshl.edu/martienssen-el…

CSHL Adjunct Professor and Dept. of Agriculture research scientist Doreen Ware and her team led the charge on creating SorghumBase, a website that serves as the first centralized hub for sorghum crop research. CSHL Plants cshl.edu/new-cshl-websi…

What do plants have to do with cancer? Assistant Prof Ullas Pedmale and his lab found that manipulating certain proteins that control the levels of photoreceptors can change how plants grow, which could also have implications in cancer research. cshl.edu/what-shedding-…

Fell in love with this story from the day I set foot in Ullas' lab. So glad to see Louise Lindbäck's and the team's hard work paid off. 🌱 💙 ☀️

A surprise guest lecturer, Henry from the lab of Ullas Pedmale #FTPS22

The beauty of plants inspires our art, culture, and even our science! Rob Martienssen guides us through Barbara McClintock’s historic studies on transposons as well as his own lab’s discoveries in plant epigenetics. Featuring a rare look at McClintock’s original colorful corn!

The possibilities are infinite! Today, Dave Jackson Dave Jackson showcases the pluripotent potential of some truly aMAIZEing meristems! 🌽 #FTPS22

Plant cells like to hide their secrets behind thick walls, but we have a solution(of enzymes) for that! In one of our most challenging labs ever, protoplasting pro Jack Xu of the Jackson Dave Jackson lab guides us on our quest to single-cell sequence maize roots! #FTPS22

When plants have to fight their neighbors for better access to the sunlight, they stunt root growth to focus on getting taller. Assistant Prof Ullas Pedmale and his lab found the proteins responsible for this stunted growth. cshl.edu/why-roots-dont…

A powerful new resource for plant comparative genetics, two reference-quality Physalis genomes and a collection of mutants related to floral development, including the still elusive inflated calyx syndrome! From Jia He, @malonge11 biorxiv.org/content/10.110…

The new greenhouse tech utilized by CSHL plant biologist Ullas Pedmale & team at Uplands Farm is just the kind of blue-sky thinking that could allow scientists to “climate-proof” plants to mitigate the effects of extreme weather on agriculture.Percival Scientific cshl.edu/new-cshl-techn…

Happy 121st Birthday to Barbara McClintock...a beloved member of the CSHL family, one of the most influential geneticists of the 20th century, and winner of the 1983 Nobel Prize in Physiology or Medicine (the first woman to win that prize unshared!) cshl.edu/barbara-mcclin…

Please RT. My lab at Cold Spring Harbor Laboratory is recruiting a Postdoc to investigate how a plant's environment regulates its growth and development. More information is in the ad below.

New from Lippman Lab and recent PhD grad Dani Ciren on bioRxiv: “A striking paradox is that genes with conserved protein sequence, function and expression pattern over deep time often exhibit extremely divergent cis-regulatory sequences.” More inside… biorxiv.org/content/10.110…

Such a cool genetic dissection of the repeated origins and losses of plant prickles 📌 Now on bioRxiv. Well done Jack and everyone involved!

🎸🌹 Rock out with science! Just like an 80s hair band hit with a twist, we're diving into a biological enigma that's sure to strike a chord. Every rose has its prickle... or does it? Read the latest from the Lippman lab team and fantastic collaborators. biorxiv.org/content/10.110…