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HHMI | Janelia
@HHMIJanelia
A pioneering research center where scientists from many disciplines collaborate on science's most challenging problems. bsky.app/profile/hhmija…
Ashburn, VA
Joined October 2013
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    A new imaging method follows young neurons in a developing zebrafish as they travel across the embryo and organize themselves into circuits. Read the latest work from Philipp Keller’s lab, published today in @CellCellPress. janelia.org/news/how-neura…
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    A new microscope technique shows cells’ fine structure in new detail. The method, developed by Eric Betzig, Harald Hess + colleagues, combines 3D super-resolution fluorescence microscopy and electron microscopy in whole cells. Published today in Science! bit.ly/2uWFOIz
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    🧬A new imaging technique developed by the Liu Lab uses a novel DNA barcode system to track hundreds of RNA & protein molecules in single cells within thick biological samples, providing a full picture of how these structures are organized inside tissues. janelia.org/news/new-metho…
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    Alejandro Aguilera Castrejon (@AlejandroAgCa) is a new group leader in Janelia’s 4D Cellular Physiology research area, exploring mammalian embryo development. 🧵 (1/10) 🔗 janelia.org/news/joining-j…
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    This imaging platform brings together 3D super-resolution fluorescence microscopy and electron microscopy—and it works on whole cells preserved cryogenically. It’s revealing the fine inner structure of cells in new detail. Read (and watch) more here: biorxiv.org/content/10.110…
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    Researchers @HHMIJanelia captured release of dopamine across the entire neuron w/ unparalleled spatial resolution using new technology developed by @BeyeneAbraham Lab. ▶️ janelia.org/news/new-nanos… 🎥: Dendritic activity around soma of dopamine neuron. Credit: Bulumulla et al.
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    🦟 By infusing a virtual fruit fly with artificial intelligence, @HHMIJanelia and @GoogleDeepMind scientists have created a computerized insect that can walk and fly just like the real thing. 🤖 🔗janelia.org/news/artificia…
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    🔥 Today, researchers unveiled the connectome of the male adult fruit fly nerve cord. 🧠 With about 23K neurons, 10 million pre-synaptic sites & 74 million post-synaptic densities, it’s the most in-depth & complete wiring diagram of a fly nerve cord. 🔗janelia.org/news/janelia-s…
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    Presenting: The most detailed map yet of the fruit fly brain. Janelia’s FlyEM team has traced the paths of some 25,000 neurons in the fruit fly brain and pinpointed the places where they connect. Now, all the data is available online for free. janelia.org/news/unveiling… #hemibrain
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    📢 We’re #hiring! Are you ready to lead a lab? We’re recruiting early career scientists for Group Leader positions across our research areas! Applications due Nov. 1. 🔗 Learn more and apply at janelia.org/groupleader. #STEMjobs #academictwitter
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    🧪A team of researchers, led by @HelenFarrants & @ERSchreiter, developed a new way for engineered protein biosensors & bright, fluorescent Janelia Fluor dyes to work together, creating a new biosensor for measuring physiological signals in live animals.➡️janelia.org/news/new-biose…
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    Research by Janelia’s Anastasios Pavlopoulos & colleagues harnesses the power of advanced imaging tools to reveal – in stunning detail – the developmental history of limb structures in a developing embryo of a marine crustacean mpi-cbg.de/news-events/la… @mpicbg [📽️: Wolff et al.]
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    The @realMouseLight Project Team has traced more than 1,000 neurons in the mouse brain. Their paper on this milestone is published today in @CellCellPress. Check out the story and video here. janelia.org/news/mouseligh…
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    🧠 Janelia researchers have mapped out the step-by-step process of cognitive map formation in the brain’s hippocampus during learning and identified the type of mathematical model that best reproduces this learning process ➡️ janelia.org/news/mapmaking…
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