Katrin Willig
@KatrinWillig
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The Willig lab #Superresolution #STED microscopy is going in vivo @mpi_nat
Göttingen
Joined April 2021
Super excited about this! Check out manuscript from my amazing postdoc Eric Mulhall and collaborators measuring single molecule #PIEZO1 dimensions in cells with nanometer precision using super-resolution fluorescence microscopy: https://t.co/RjOv8VrKOU 1/9
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Thanks to our collaborators ChungKu Lee, Waja Wegner, Nils Brose and JeongSeop Rhee.
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Finally out as preprint: Pre- and postsynaptic #nanostructures increase in size and complexity after #LTP induction revealed by #superresolution #STED microscopy. PhD work by Valérie Clavet-Fournier.
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Congratulations, Ajit! Beautiful colored brain. When do we repeat it with STED ?😉
Thanks @gsk_swetha for tagging me on the paper. It took a long time, but things finally fell into place. I would like to thank @AlisonBarth @KatrinWillig, and my other co-authors Matt Mosso, Joe Christian, Eunsol Park, and Waja Wegner.
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Super-resolution microscopy techniques, which offer superior spatial resolution, are now widely accessible but are rarely used in vivo. In this review, I discuss the pros and cons of potential super-resolution techniques for in vivo use to encourage a wider application.
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Changes in synaptic connectivity are one of the most fundamental processes underlying the formation, storage and retrieval of memory. While 2P microscopy has opened the door to imaging of living tissue and small organisms, its spatial resolution is not sufficient ...
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Review article published @iScience_CP: In vivo super-resolution of the brain – How to visualize the hidden nanoplasticity? Thanks to @mpi_nat for support. #STED #RESOLFT #2P #SIM #ISM #super-resolution #invivo
https://t.co/iM0JOGapgw
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Thanks, Lydia!
Very nice talk from @KatrinWillig about live sted in vivo microscopy of dendritic spine and PSD after enriched environnement learning at @GDR_ImaBio symposium @Insermu1266
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Great work! Congratulations, Mark et al.!
Happy to share our recent work, pushing the limits of 3D resolution in fluorescence microscopy! With special thanks to my colleagues and co-authors at @StefanHellLabs @JakobsLab @mpi_mr_hd and the IFNANO Göttingen.
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Thank you for giving me the chance to present our work. It was fun!
Thank you @KatrinWillig for the fascinating #Spotlightlecture showing us in vivo 3-color #nanoscopy and that long-term #STED imaging is possible without photodamage!
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📢#Spotlightlecture with @KatrinWillig! She will present lots of fascinating data on in vivo #STED microscopy of #neurons. Examples of her recent works https://t.co/ES8UvfRtAY and https://t.co/dOjP7G3i5R Join us on Zoom on May 5th ➡️ https://t.co/DVK8Oo2R3M
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This shows that #superresolution #STED microscopy is an ideal technique to study the nanoplasticity of the #synapse in the intact organism at #nanoscale resolution. Thanks for support @mpi_nat, #CNMPB, @MBExC_de
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2. Activity-enhanced rearing in environmental enrichment decreases the variability of PSD95 assembly and spine head size; the size distributions are sharper than in controls raised in standard cages. 3. The nanostructure of PSD95 is more dynamic after environmental enrichment.
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Happy to see that our paper is out in early view @eLife: We use two-color in vivo #superresolution #STED #microscopy to show the patterning and remodeling of the #synaptic nanoarchitecture after environmental enrichment. https://t.co/H5HLRwpJJE
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That is so true!
A couple of take home's I got from the recent @learning_memory. We still have no idea how memories are stored! I mean at almost any level..circuits, molecules, synapses. STORAGE is still a black box. Hell, the field is STILL debating the role of the hippocampus and LTP!
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Welcome to MPI-NAT! 🎉 We wish you all a #HappyNewYear. 🥂 In the future, from this channel we will share everything interesting from the MPI for Multidisciplinary Sciences with you. #StayTuned! 🙂 #Finally #SomethingNew
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Thanks for the collaboration, #AlisonBarth lab!
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