Frédéric Poitevin
@fredericpoitev1
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structural dynamics and bioimaging @SLAClab
Joined August 2014
RT @axlevy0: Protein generative models have learned patterns across 3D structural space. Can we leverage this capability for inverse proble…
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RT @axlevy0: We present DRGN-AI for fast, ab initio cryo-EM reconstruction! * learns a neural field from unposed images, * designed for sin…
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Congrats David! This is a really cool endeavor 👏
Exciting announcement: I have joined @CSHL as an assistant professor. My lab will focus on NeuroAI – figuring out how neural networks (bio & silico) represent and process information.
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RT @klindt_david: Happy to share our latest preprint Towards Interpretable CryoEM: Disentangling Latent Spaces of Molecular Conformations…
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RT @SecGranholm: America is home to the brightest, fastest, most powerful X-ray laser in the world thanks to @SLAClab. Yesterday, we celeb…
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RT @klindt_david: Preprint alert: Superposition in CNNs and Brains Context: Recent work on LLMs showed how sparse coding can recover inter…
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RT @ZhongingAlong: Congratulations @BodrugTanya! Check out our work on reconstructing time-resolved conformational landscapes of the APC/C…
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RT @ninamiolane: How do 3D reconstruction algorithms perform under very low SNR?🧐 At 11.40am tomorrow at the CCD workshop #CVPR23: I'll c…
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RT @ninamiolane: Honored to be named Hellman Fellow! Esp grateful to extraordinary lab members @mathildepapillo @AdeleMyersPhD @hopfbifur…
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RT @fraser_lab: Seriously - this preprint is so cool! They mix RNA strands together with Mg++ and then watch the structure fold up in real…
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RT @ZhongingAlong: Check out @axlevy0's @SLAClab public lecture on our work for an accessible introduction to cryo-EM, AI, and structural b…
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RT @SLAClab: ‼️Tomorrow (4/6)‼️ How can artificial intelligence construct 3D models of molecules from millions of enigmatic images? Join…
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RT @SLAClab: Tune into our next #SLACPublicLecture on 4/6, when Axel Levy will share how AI can help us visualize complex sequences of moti…
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RT @ThornLab: How can we use insights from industry to improve error culture in structural biology? Read in our newest paper! https://t.co…
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RT @CorneliusGati: Excited to present our preprint on the structural basis of complement receptor (C3aR) activation by an endogenous and sy…
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RT @CecClementi: A new manuscript from our group is just online: "Slicing and Dicing: Optimal Coarse-Grained Representation to Preserve Mo…
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RT @FitzpatrickLab: Lights on(!) coincides with our first #ultrafast #LaserPhasePlate for #cryoET paper by @DuXDaniel @CellRepMethods #Open…
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RT @HekstraLab: careless is part of the "Reciprocal Space Station" family of open-source software for analysis of diffraction data. Learn m…
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RT @HekstraLab: We're excited to share our new publication, "A unifying Bayesian framework for merging X-ray diffraction data," live now in…
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