Adrian A. Wanner
@AdrianAWanner
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SERI-funded #ERCStG Group Leader Structural Neurobiology @psich_en, CV Starr Fellow @PrincetonNeuro, founder of https://t.co/UljvKCLDIp,@adrianawanner.bsky.social
Joined January 2019
I am very excited, to finally share this: https://t.co/boNlW0Derd Using a functional #connectomics approach we uncovered a mechanism for whitening, a fundamental computation that decorrelates neuronal population activity for pattern classification by memory networks.
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Songbird connectome reveals tunneling of migratory neurons in the adult striatum https://t.co/AGNgBRpPgB
#biorxiv_neursci
biorxiv.org
Immature neurons in the adult brain migrate and integrate into existing circuits, where they contribute to plasticity, learning, and complex behaviors. However, how these cells navigate synapse-rich...
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How does the brain balance learning new things without overwriting what it already knows? Our new paper tackles this long-standing stability–plasticity dilemma during active navigation. With @Adrinnenberg from the @KarlDeisseroth lab. (1/8) https://t.co/vBZbzs73Qn
@lisa_giocomo
biorxiv.org
In novel environments, animals quickly learn to navigate, and position-correlated spatial representations rapidly emerge in both the retrosplenial cortex (RSC) and primary visual cortex (V1)....
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Large-scale cellular-resolution read/write of activity enables discovery of cell types defined by complex circuit properties https://t.co/Y7kmQ2OlgM
#biorxiv_neursci
biorxiv.org
The complexity of the mammalian brain’s vast population of interconnected neurons poses a formidable challenge to elucidate its underlying mechanisms of coordination and computation. A key step...
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Synapse Detection Efficiency in EM Drosophila Connectomics https://t.co/oMAnK9ear1
#biorxiv_neursci
biorxiv.org
Researchers have long noted the differences in synapse count between different EM reconstructions of similar circuitry. In this paper we attempt to determine the portion of these differences that may...
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congrats @sdorkenw, very well deserved!
Congrats to PNI postdoc Jessie Muir of the @tinakim_neuro lab and @Princeton neuroscience PhD alumnus @sdorkenw *23 (of the @MurthyLab + @SebastianSeung lab) on being recognized as two of @statnews's 2025 Wunderkinds! 📰: https://t.co/plV2rpa4DP
#STATWunderkinds
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MACS: Multi-Domain Adaptation Enables Accurate Connectomics Segmentation https://t.co/SJhhZVEtuB
#biorxiv_neursci
biorxiv.org
Connectomics aims to map the brain’s neural wiring by segmenting cellular structures from high-resolution electron microscopy (EM) images. Manual labeling and proofreading remain a major bottleneck...
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Hey ephys friends! I've been teaching electrophysiology for a few years now, and this summer while teaching at CSHL I started building an interactive simulation of a full patch-clamp amplifier circuit to help explain electronics to my students. Sharing it here in case anyone
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#Nanoimaging symposium! #CrickXrays25: 💫synchrotron upgrades 📈current limits in throughput, volume, resolution 🧪sample preparation for X-ray PC imaging 🧠♥️applications in neuroscience and tissue life science 🗓️13th October 2025 🇬🇧🌐 @TheCrick & online https://t.co/brY3PzplaD
crick.ac.uk
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🚨 Applications are open! The Princeton Neuroscience Institute invites exceptional postdoctoral researchers to apply for our CV Starr Fellowship, which provides up to 3 years of support plus research funds. 🗓️Deadline: Oct 10, 2025 🔗More info: https://t.co/ChebsIupaB
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Thrilled to share that our work is now published in @ScienceMagazine!✨ We found a preference for visual objects in the mouse spatial navigation system where they dynamically refine head-direction coding. In short, objects boost our inner compass!🧭 https://t.co/PEo1i9BQfB 🧵1/
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Critical point drying of brain tissue for X-ray phase contrast imaging https://t.co/bEncyXcGBB
#biorxiv_neursci
biorxiv.org
X-ray phase contrast tomography is emerging as a powerful method for imaging large volumes of brain tissue at sub-cellular resolution. However, current sample preparation methods are largely inheri...
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Nature research paper: Supervised learning in DNA neural networks https://t.co/Ju1Id3FloR
nature.com
Nature - DNA molecules can be programmed to autonomously carry out supervised learning in vitro, with the system learning to perform pattern classification from molecular examples of inputs and...
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Congratulations @gparlakgul, very exciting!
Rausser College is excited to welcome six new faculty members this year. Their research and expertise span a variety of topics, including environmental economics, metabolic biology, land management, and plant biology. Read more about each faculty member: https://t.co/kTdazHrtiM
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A wealth of connections, now in the BANC! Congrats to this international consortium for a massive new data release shedding light on brain-body interactions.
Introducing The BANC (Brain and Nerve Cord) connectome preprint! Thanks to all who helped make this synapse-resolution map of an adult fruit fly central nervous system possible! Preprint: https://t.co/aQUyKkIHWD The BANC is publicly available in Codex: https://t.co/dUBuTa4Ilz
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We are happy to announce an opening for a Tenure Track Assistant Professor Faculty Position in Neuroscience at EPFL. Join our groups working on cellular & circuit neuroscience & neurocomputation - https://t.co/sdbArRbpyu. Deadline Oct 1 2025, Apply now - https://t.co/ghLJVC5Tcn
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fantastic opportunity to work at the forefront of expansion microscopy-based molecular connectomics! Moe will be a great advisor and colleague. He is a role model scientist - smart, kind and humble.
🧠 Excited by synapse-level brain mapping? Join us at a world-class institute to build molecular tools based on our new #LICONN work — and push the frontier of #MolecularConnectomics. Let’s decode the brain, one synapse at a time! https://t.co/AKV4fDiOcJ
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📢 Sponsor Announcement! 📢 #NGOUK2025 registration is now open! We're thrilled to announce one of our Gold Sponsors @ariadne_ai Don't miss them alongside other industry leaders this November 13-14!🧬 Register Now: https://t.co/7bNfJvJGCS
#OGpremed
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Join our Memory Decoding journal club on TUESDAY: https://t.co/D9odMqEt4B
#neuroscience #memory #decoding #aspirational #prize
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Our new paper is published in Current Biology! In this project, we developed a model showing how social and depth information are integrated to drive affiliative behavior in zebrafish. See: https://t.co/zhAZYFzvVy
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