Prof @UZH_ch | University of Zurich | Kidney | #Xenopus | direct reprogramming | genetic diseases | renal development | Anatomy | @nccrKidneyCH | ERC-StG
Zurich, Switzerland
Joined October 2020
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This is likely the most detailed recording of a #xenopus tadpole, highlighting the peripheral nerves plus every nucleus in toto! Hard to stop looking at this. Awesome work @XenoThomasnaert!
The #schmidtobjective is perfect for high-resolution #imaging in cleared samples - here is a BABB-cleared #Xenopus tropicalis 🐸tadpole by @XenoThomasnaert first imaged at low resolution with a #mesoSPIM #lightsheet #Microscope and then with the new #schmidtobjective
Soeren Lienkamp retweeted
We just released AlphaFold 3! All details are in the paper and you can use it on our server!
Announcing AlphaFold 3: our state-of-the-art AI model for predicting the structure and interactions of all life’s molecules. 🧬
Here’s how we built it with @IsomorphicLabs and what it means for biology. 🧵 dpmd.ai/3URDiNo
Check out this video of #Xenopus eggs going to zero-G from our collaborator Simon Wüst (@hslu, @UZHspacehub). Funding by @esa
youtube.com/watch?v=sTIiSpa-…
Soeren Lienkamp retweeted
Beautiful 🔬🐁🧠 work by @voigtvision, Anna Maria Reuss, @XenoThomasnaert, Martina Schaettin, @AdrianaHotz2, @SNeuhauss, @estherstoeckli, @SLienkamp, @AdrianoAguzzi, @FritjofHelmchen + collaborators at @MaastrichtU, @WEHI_research, @UniMelb + @UniKonstanz in @NatureBiotech!
The January issue is live nature.com/nbt/volumes/42/is…
Our cover shows neurons in the mouse hippocampus imaged with the Schmidt objective. Voigt et al. develop a multi-immersion objective based on a mirror instead of a lens go.nature.com/40qVlKH
Thanks so much for the exciting tutorial at#ICCV23 @jocpae, Kaiyuan Yang and @menze_group.
Glad to be part of it!
📢 Exciting event! Join us for the Tutorial on VR/AR for Biomedical Image Analysis & Clinical Neurosciences 🧠 at #ICCV2023. Dive into the future of bio-image visualization.
October 2
2pm - 6pm
Paris Convention Center, W08
xr4biomed.github.io/
See you there! #VR #AR 🚀🔬
Soeren Lienkamp retweeted
Human nervous system from the inside
#neuroscience by SciePro
Great presentation by @XenoThomasnaert. Thanks to all the positive feedback to our data.
Soeren Lienkamp retweeted
MODERN organism!!!
@XenoThomasnaert asks and ANSWERS the essential question “what if we could knock in large cargo at a stable landing site in the #xenopus genome?” Gorgeous knockins? Yes, please! Super exciting stuff.
Soeren Lienkamp retweeted
Well said - same applies to Switzerland 🇨🇭.
High time to get back into #Horizon #Europe!!
Small bilateral agreements and replacement schemes cannot make up for the loss.
Soeren Lienkamp retweeted
If you like building cool light-sheet microscopes, this is for you. The benchtop mesoSPIM @MesoSpim is faster, has better optics, larger field of view. Works for whole mouse, human cortex and more.
@voigtvision @FritjofHelmchen @nvladimus
biorxiv.org/content/10.1101/…
Thanks for letting us be part of this! It´s an awesome instrument for sure.
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Congarts, in particular to @XenoThomasnaert!! Great achievement, go #xenopus for disease modeling!
Meet our 2023 Grant and Fellowship awardees!! This year we are so excited to be able to increase our grants program by 20%! Learn more about our currently funded research ➡️ pkdcure.org/funded-research/
Pls read if you ever wondered where Epo comes from.
We're thrilled to share our recent @NatureMedicine study, cracking the decades-old mystery surrounding the identity of cells responsible for producing erythropoietin (Epo) - the key regulator of erythropoiesis and oxygen homeostasis in our bodies. nature.com/articles/s41591-0… (1/16)
Soeren Lienkamp retweeted
📢 Out today! 📢: The @NatureBiotech research briefing describing the #multiimmersion #schmidtobjective #Microscope objective and a glimpse into its origin story involving 🐚scallops and 🔭telescopes:
nature.com/articles/s41587-0…
Full article in @NatureBiotech:
nature.com/articles/s41587-0…
