Tobias Fromme

brown adipocytes | energy metabolism | mitochondria

[Molecular Metabolism @MolMetab]

Cold exposure reshapes the secretome of #BrownAdipocytes, spotlighting CXCL12 as a key #chemokine. CXCL12 boosts #thermogenesis and enhances communication with #macrophages and neurons revealing novel pathways for #metabolic adaptation.

👩‍🔬👨‍🔬@UCPH_health
��https://t.co/wnTzatuOgS

[David Morales-Álamo @D_Morales_Alamo]

A new study @NatMetabolism reveals fascinating findings on the preservation of BAT-mediated energy expenditure in humans, originating from before fertilization. This discovery could have significant implications for understanding metabolism and obesity!

https://t.co/s4L0UjImrP

[Bioinformatics Advances @BioinfoAdv]

🎨Now published in Bioinformatics Advances:  "cOmicsArt – a customizable Omics Analysis and reporting tool" 

The open-access paper is available here: https://t.co/BlSJGbGAWl

Authors include: @smgrein  @FrommeLab @MartinKlingens4  @lab_mass @chrkurts  @JanHasenauer

[Alexander Bartelt @BarteltLab]

Today, our 🇧🇷 🇩🇪 Workshop at the foot of the Alpes 🏔️ has ended - 2.5 days full of interaction and networking! Big thanks to the students for their scientific enthusiasm 🙏

[Sigma-Aldrich @SigmaAldrich]

It’s just a tiny bottle.. It probably doesn’t smell that bad
Tiny Bottle:

[CRC/TRR-BATenergy @TRR_BATenergy]

Prof. Klingenspor @MartinKlingens4 revealed that human UCP1 is less sensitive to purine nucleotide inhibition. Could be easier to ignite. 🔥🔥🔥

[Martin Klingenspor @MartinKlingens4]

Mousification of human UCP1 sheds light on structural elements with functional relevance

https://t.co/27aNoZ2zt5

[Martin Klingenspor @MartinKlingens4]

Human UCP1 is less sensitive to GDP inhibition 🥁

https://t.co/27aNoZ2zt5

[Mikael Rydén @ryden_mikael]

Check this out, a fully financed post-doctoral position in Diabetes and Metabolism in our unit at the Karolinska Institute! https://t.co/vz096y9XJT

[ErrantScience @ErrantScience]

This is a Sankey diagram of how a typical lab project goes. Let us know if we missed any categories #Sankey #DataVis

[Martin. Jastroch @MartinJastroch]

Interested in a PhD project on adipose tissue thermogenesis or uncoupling proteins? Apply here until 10th July: https://t.co/6Hwq7qMaXO

[Martin. Jastroch @MartinJastroch]

Our latest work out now….Two-stage evolution of mammalian adipose tissue thermogenesis | Science https://t.co/QN3uUiKJyv

[Andrew York @AndrewGYork]

Meet MagLOV: an engineered protein that responds STRONGLY to magnetic fields.

This is a fluorescence timelapse of MagLOV in E. coli. We're waving a (small) magnet under the plate.

Can you tell where the magnet is?

Want some? It's on Addgene now! https://t.co/eWs0aAIT1A

[Soren Nielsen @soeren1974]

Exciting postdoc opportunity on long read sequencing of human clinical material, in my group https://t.co/gdosqvN36B

[Alexander Bartelt @BarteltLab]

🚨Attention you Bavarians! We invite scientists interested in energy metabolism & mitochondria🔥 to participate in our 🇧🇷🇩🇪 workshop this September 2024. Details below & more info to follow!
👇

[Paul Crichton @CrichtonLab]

A PhD opportunity in my lab. Membrane protein-metabolite interactions important in mitochondrial energy metabolism for burning fat as heat https://t.co/8wU5VqlwcK

[CRC/TRR-BATenergy @TRR_BATenergy]

BATenergy team will definitely be there, CPHBAT2024! See you around!

[CPHBAT2024 @cphbat2017]

The CPHBAT 2024 program is now accessible on our conference website https://t.co/SMFbpxoYRE. A printable PDF version is available at the bottom of the program page. @soeren1974 @CamillaScheele @Z_GerhartHines

[Franz Schilling @schillinglab]

New paper by the @FrommeLab shows how lithium isotopes differentially modify mitochondrial amorphous calcium phosphate cluster size distribution and calcium capacityy Nice 31P NMR work, Frits van Heijster and Martin Grashei https://t.co/oGCMazJYuh

[Yongguo Li @YongguoLi]

With the generous support from ERC starting grant @ERC_Research and DFG Emmy Noether Programme (2nd Phase) @dfg_public , we are recruiting. Starting time is flexible.
Please send CV, motivation letter and contact info of two referees. Come join us!