heisler-lab.bsky.social
Uncovering fundamental patterning mechanisms in plant development. Member of the RESYDE team (https://tinyurl.com/RESYDE). Associate Prof at University of Sydney. www.heislerlab.com
👤 Joined on 10 November 2024
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@heisler-lab.bsky.socialIntrinsic3D, a new imaging approach that allows researchers to image entire cells + tissues in 3D at single-molecule resolution, making large-volume super-resolution imaging faster & easier. @kanishka03.bsky.social covers work #StJohnstonLab - #preLight ⬇️ prelights.biologists.com/highlights/f...
Show PostOur preprint now peer-reviewed and published 🌾🔬🧬 Grasses have a signature short-long leaf epidermal pattern: small stomata & hair cells spaced by long pavement cells, but how is it built? Premitotic BdPL1 sets cell-size asymmetry; postmitotic BdBRX-solo/BdYDA1 enforces fate. doi.org/10.1016/j.cu...
Show Post1. CRISPR came from basic research on bacteria. 2. Optogenetics started with a discovery in algae. 3. The GFP protein comes from jellyfish. The biggest breakthroughs all trace to scientists following their curiosity, and this is one huge reason why we must keep funding basic research!
Show PostGood grief. What a depressing article. Plants mentioned briefly once, about their interactions with animals. How can the New York Times pretend to have captured "the biggest question in science" without reference to the most important kingdom, which sustains us? 😤 www.nytimes.com/2026/10/05/s...
Show PostPaz Merelo Cremades (@upv.es) discusses how interaction between abscisic acid & key shoot apical meristem regulators plays a major role in meristem homeostasis at #SLS26 orcid.org/0000-0002-13...
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