JakobsLab

We are interested in #MitochondrialDynamics, #FluorescentProteins and #SuperResolutionMicroscopy! (Imprint:

[JakobsLab @JakobsLab]

We got a belated Christmas present from @PNASNews: We made it onto the cover of the last issue for this year 😍 https://t.co/qjfToPXIlu
If you want to know more about the background, read our article about a new live-cell dye for mito imaging: https://t.co/mZ6BhnX7aE

[FLC Lab @FlcLab]

Thrilled to announce that our work on a STED simulation software designed for the validation of AI approaches and training of RL agents for autonomous control of STED imaging parameters is out now @NatMachIntell!
@universitelaval @CERVO_ULaval @IID_ULaval
https://t.co/X9KK1DlPn4

[MPI for Multidisciplinary Sciences @mpi_nat]

A team led by Steffen Sahl & @Stefan_W_Hell @mpi_nat and @mpi_mr_hd has succeeded in measuring distances within biomolecules using the #MINFLUX microscopy method, down to 1 nanometer and with Ångström precision. Read more in our press release:
https://t.co/NuAdZkXf6v

[Felipe Opazo @FelipeOpaz_o]

Protein shapes can now be studied using ONE🔬, a combination of ExM and #fluorescence fluctuation analysis. Happy to have contributed to this paper published in @NatureBiotech with many great scientists. Special thanks to @AliHShaib and Silvio Rizzoli. https://t.co/KKQw1ywZ2r

[Kaushik Inamdar @InamdarKaushik]

Nanometer resolution in 3D with angstrom precision! Happy to have contributed to this study led by Steffen @StefanHellLabs @JakobsLab

[Liangyi Chen @Orangeroad2017]

A nice talk from Stefan in PKU, with a lot of mitochondria, superresolution, and some twists to cryoEM in the end . Then we ended the day in the Emperior's diner for dinner😀 @JakobsLab @ZhixingChen2 @xipeng1

[Max Planck Institute of Biophysics @MPIbp]

Beautiful work on the in situ structure of ATP Synthase by @dietrich_th from the Kühlbrandt group published today in @ScienceMagazine 🔬 Discover how this important protein complex shapes the inner mitochondrial membrane! 🧪

https://t.co/xoRDR7zMgJ

[JakobsLab @JakobsLab]

😍🤩

[Florent Waltz @FlorentWaltz]

Super excited to share our latest work on the native in-cell organization of the mitochondrial respiratory chain 🥳
Using cryo-electron tomography🔬, we show how the respiratory complexes (and other complexes) are organized inside native mitochondria! 
https://t.co/cxHl1j20CJ

[Sarah Schweighofer @AminoSarah16]

Want picture-perfect STED images of TOM & Co?
-> follow our detailed protocol out today in
Methods in Enzymology Vol. 710
"STED super-resolution microscopy of mitochondrial translocases"
Great work together with @InamdarKaushik , @cdanieljans. @JakobsLab
https://t.co/WOB7evRV4k

[Ilaria Testa @IlariaTesta4]

Our #STED primer is out, you can learn about tips and tricks and current challenges in STED imaging

[OsmanLab @osman_lab]

🚀Excited to share our latest paper, where we explore dynamic changes in mtDNA heteroplasmy in living cells! Discover how asymmetric partitioning and mitochondrial dynamics drive mtDNA variant segregation! 🔬https://t.co/2jDc93D4Sr #Mitochondria #microscopy #microfluidics #mtDNA

[The Langer Lab @langer_lab]

🥳🚨Paper Alert🚨🥳
Excited to present our latest work on #Opa1 in this newly published paper @ScienceAdvances by @sahola6 and @LPazurek. We present here two new mouse models with impaired Opa1 processing. 1/🧵
https://t.co/88eaOnzeO1
#mitochondria #mitochondrialdynamics @MPIAGE

[JakobsLab @JakobsLab]

@IlariaTesta4 @RoyalMicroSoc Congratulations! 🎉

[Johannes Herrmann @Herrmann_lab]

I hope to see you all in Frankfurt at this exciting meeting! We promise, it will be worth the visit!

[GBM e.V. @GBM_eV]

GBM Compact: Focus on Imaging
Frankfurt, September 26-27, 2024
Deadline for early registration and abstract submission: June 30
https://t.co/VKpLp7KHkm
👇 👇 👇 👇 👇

[GBM e.V. @GBM_eV]

The GBM Compact conference „Focus on Imaging“ takes place from September 26-27 in Frankfurt! Early registration+abstract submisison is possible until June 30. Please visit the conference website for registration and further information: https://t.co/VKpLp7KHkm

[FrezzaLab @FrezzaLab]

"TFAM is an autophagy receptor that limits inflammation by binding to cytoplasmic mitochondrial DNA"
https://t.co/jKKbVHRoSV

[JakobsLab @JakobsLab]

Are you interested in the intricate biology of fluorescent proteins? Do you want to push the power of MINFLUX microscopy even further? Live-cell imaging of mitochondrial protein dynamics tickles your brain?

We want you 🧐

Check out the details below 👇

https://t.co/yBQGEutzyI

[Zhixing Chen @ZhixingChen2]

Here comes our next gen PK Mito Orange Fix that can be fixed to IM for you to scrutinize the wonderland of mitochondria under STED, in a multiplexed way!

Many thanks for the growing PK Mito team! @stephan_till @JakobsLab and Christian Juengst!

https://t.co/53mujZAhZm

[Till Stephan @stephan_till]

After countless requests, we're thrilled to introduce PK Mito Orange FX - a fixable variant of PKMO. PKMO FX allows immunolabeling and CLEM approaches.

Happy to have contributed to this project led by @ZhixingChen2 and Christian Jüngst.
#mitochondria

https://t.co/nC6gX3LBGt

[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