Christian Werner

Neurobiologist exploring ultrastructure of neuronal synapses by superresolution microscopy

[Christian Werner @Superresolved]

Congrats to Eduardo and everyone involved 🎉

Development of Peptide-Based Probes for Molecular Imaging of the Postsynaptic Density in the Brain | Journal of Medicinal Chemistry https://t.co/tmIYJ3GqW0

[The PhD Place @ThePhDPlace]

Reviewer 2 https://t.co/zF1esvNnAr

[Christian Werner @Superresolved]

Happy to see this story out 🎉
Now, approaching the next chapter: pathomechanisms of autoantibodies influencing nanocolumn layout

Visualizing the trans-synaptic arrangement of synaptic proteins by expansion microscopy https://t.co/SihuRX9jxn

[Luciano A. Masullo @l_masu]

WHAT % OF YOUR TARGET BIOMOLECULES ARE YOU REALLY IMAGING?

The *labeling efficiency* of your experiment is extremely important for image quality and quantitative results in super-resolution!

Super excited about our new article in @naturemethods! 🤩

https://t.co/QuVsvRFnRE

[Christian Werner @Superresolved]

@IvanTalucci @FrontImmunol @HMaricLab @Izkf_Wuerzburg @RVZ_Wuerzburg Congrats Ivan 🎉

[Gerti Beliu @unnaturalGerti]

🆕Out now: Our latest review explores innovative site-specific protein labeling strategies, pushing boundaries in biological imaging. Dive into the nanometer scale with us in Current Opinion in Chemical Biology.

▶️https://t.co/PqdPiDw0pL

#ScienceTwitter #ProteinLabeling

[SauerLab @LabSauer]

🚨📢Out now: „Expansion microscopy enables 4-color fluorescence imaging of trans-synaptic protein organization.”

Discover the nanocolumn arrangement @FrontNeurosci:
Link ▶️: https://t.co/kC3AisAlPK

[Christian Werner @Superresolved]

Congratulations to all 🎉

The neuropeptide pigment‐dispersing factor signals independently of Bruchpilot‐labelled active zones in daily remodelled terminals of Drosophila clock neurons - Hofbauer - European Journal of Neuroscience - Wiley Online Library https://t.co/YCfzkAOcYl

[Daniel Choquet @daniel_choquet1]

Very proud to be a speaker ⁦@royalsociety⁩ for the celebration of the 50 years of the discovery of Long Term Potentiation. ⁦@iins_bordeaux⁩ ⁦@Neuro_Bordeaux⁩ ⁦@CNRSbiologie⁩ ⁦@CNRSAquitaine⁩

[SauerLab @LabSauer]

📢New Paper: "Expansion microscopy enables 4-color fluorescence imaging of synaptic protein organization with 20 nm spatial resolution."

➡️Here´s the link: https://t.co/1emk5IyQ4W

#FluorescenceFriday

[Christian Werner @Superresolved]

https://t.co/RCEE8eNFd6
Finally out: Expansion microscopy of honey bee brains. Great work from Nadine Kraft and colleagues from AG Rössler @Uni_WUE. I was happy to introduce ExM technology, here. Congrats to all involved! 🥳

[SFB 1286 @SFB_1286]

Synapses are beautiful! New findings made possible by ONE microscopy - check the latest version of the manuscript at https://t.co/NGQaVBCBbI

[Hofkens Lab @HofkensLab]

🔔 Everything you ever wanted to know about expansion microscopy and then some: https://t.co/dHS6Y2N41p 🔬↔️↕️

[Oded Rechavi @OdedRechavi]

The university travel reimbursement website making reimbursements easy

[Nature Biotechnology @NatureBiotech]

Recording of cellular physiological histories along optically readable self-assembling protein chains https://t.co/uCHwXO82f1

[Rhett Mankind @rhett]

I'm in danger #AI #ChatGPT

[Ilaria Testa @IlariaTesta4]

👇👇Our new method to measure molecular interactions directly in cells with rotational diffusivity and #photoswitching is out! Congrats @andreavolpato_ @dirk_ollech @DamentiMartina and our awesome collaborators @AndrewGYork @Maria_Ingaramo and BarbaraMüller

[Antoine TRILLER @antoine_triller]

PLEASE RT- ERC post-doc positions to study the bidirectional microglia-neuron interactions. Focus on synapses and neuronal activity. Up-to-date imaging: two-photon, light-sheet, super-resolution, single molecule tracking combined with cell-biology. [email protected]

[Daniel Choquet @daniel_choquet1]

Looking for a post-doc in synaptic cell biology? Come to @iins_bordeaux @BIC_Bordeaux @Neuro_Bordeaux you’ll have fun on top of outstanding science!!!

[Marijn Siemons @MarijnSiemons]

👋Fellow PSF engineers! Ever since I'm working with 3D SMLM I got this itch: the calibration PSF obtained from moving the z-stage differs from the PSF exhibited by an emitter with different positions w.r.t. the focal plane. I got curious and spend the corona-lockdown simulating👇