Florian Meier

Scientist developing mass spectrometry technologies to study proteins and small molecules @UKJ_Jena.

[Florian Meier @fmeierX]

Thrilled to share that our µPhos paper led by @oliinyk_denys is out in @MolSystBiol. We teamed up with @SeanJHumphrey to facilitate large-scale phosphoproteomics and sample-limited applications without the need for specialized equipment https://t.co/UVojyveGZ2

[Jochen Schwenk @jochwenk]

Are you interested to learn more about the circulating blood proteome? If so, here's a review that covers new and emerging technologies, advances, challenges, proteoforms, vesicles, protein networks, antibodies, and microsamples. @hupo_org
https://t.co/6JIMF5rycH

[Simon Duerr @simonduerr]

This is great! @NIAIDNews have launched a collection of public domain illustrations (currently 550 individual icons) https://t.co/qYzIsbr0TH

[Eric Topol @EricTopol]

What if you could use #AI to find and accurately excise the culprit cells, quantify >5,000 proteins in each, and find a cure for a life-threatening disease that has no effective treatment?
That's the beginning of spatial medicine, a momentous medical advance.
In the new Ground Truths
Because X auto-suppresses the link, you can find it in my profile

[Matt Coelho @MatthewACoelho]

Today we report in @NatureGenet the genetic landscape of cancer drug resistance mechanisms from CRISPR base editing screens
https://t.co/B5crD6905G

[Yansheng Liu @Yanshen73854711]

Introducing our new study @ Tissue-PPT, an Extensive Atlas of Proteome and Phosphoproteome Turnover across mouse tissues and brain regions. https://t.co/cdnEMCSwS6 @Yanshen73854711 @JunminPengLab @euforna #Proteomics #TeamMassSpec #Proteinturnover

[Eric Topol @EricTopol]

A biomedical first: spatial biology used to find a lifesaving treatment!
Just published @Nature
Deep visual proteomics with #AI leads to effective JAKI treatment for 7 patients with toxic epidermal necrolysis
https://t.co/lUiEJL0lGI @labs_mann @NordmannThierry

[Matthias Mann Lab @labs_mann]

Can a deadly rash be cured by repurposing drugs? Our @Nature paper says yes! Deep Visual Proteomics reveals JAK inhibitors as potential TEN treatment. A game-changer in #dermatology & #SpatialProteomics.
Congratulations to all!
@NordmannThierry's tweetorial explains below:

[David A. Russo @BlueGreenDR]

Finally out! EXCRETE, our MS workflow for high throughout microbial exoproteomics with a focus here on cyanobacteria 🦠

https://t.co/FEzaMNhmWS

[Leibniz-Institut für Alternsforschung (FLI) @LeibnizFLI]

#Genome of #Greenland #shark #decoded ‼️
An international team of #scientists, including Steve Hoffmann and @Alessan82703458 from the @LeibnizFLI, has mapped this Shark’s genome.

👉More information: https://t.co/AlJvcN453G
👉https://t.co/ecRxUp0CM3

[Uniklinik Jena @uniklinik_jena]

Wir zeigen Gesicht: Ca. 500 Beschäftigte und Studis aus verschiedensten Bereichen 🏥⚕️🦷🧪🔬👨‍🎓💻🧑‍🔧 setzten gestern ein Zeichen für ein weltoffenes #Thüringen, denn das brauchen wir für unsere Arbeit in Wissenschaft und Patientenversorgung! #thueringenweltoffen @jenalichtstadt

[Pastel BioScience @PastelBio]

Beyond protein lists: AI-assisted interpretation of proteomic investigations in the context of evolving scientific knowledge https://t.co/95PdpySfd3

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#proteomics #prot-paper

[Matt Padula @Matt_Padula]

The analysis of the cancer that is still trying to kill me.

[Denys Oliinyk @oliinyk_denys]

Very nice to see the result of my internship at @genentech out in @biorxivpreprint! If you’re intersted in diaPASEF and immunopeptidomics, check this out:
https://t.co/erUitvtb92. Big thanks to @susanklaeger and @CMichaelRose for introducing me to immunopeptidomics!

[Mol Syst Biol @MolSystBiol]

High-throughput low-input mass spectrometry #phosphoproteomics method uPhos from @fmeierX lab utilizes a plate-based workflow and is applied to a drug response screen and mouse brain to highlight its sensitivity and selectivity ➡️https://t.co/oVO0hmwc6d

[Ruth Huttenhain @rhuttenhain]

Thrilled to see our paper "A Proximity Proteomics Pipeline with Improved Reproducibility and Throughput" published! It describes the automated enrichment of biotinylated proteins in a 96-well plate format for spatial proteomics and protein interactions.
https://t.co/RRTqilfKAI

[Florian Meier @fmeierX]

@Frances87274236 @oliinyk_denys @MolSystBiol @SeanJHumphrey Thank you, Francesca!

[Denys Oliinyk @oliinyk_denys]

Thrilled to finally see µPhos published in @MolSystBiol! A big thank you to @fmeierX, @SeanJHumphrey and all other coauthors for this exciting journey! Check out our greatly improved and extended story on how to unlock the true power of phosphoproteomics: https://t.co/2Q8VT5y3gu

[Andrea Sinz @SinzAndrea]

‼️ We are hiring: Two postdoc positions and one PhD student position are available in my group @UniHalle in the new SFB1664! 🥳The topic will be on doing cool stuff with crosslinking MS of plant proteins. https://t.co/UIO0SUncPc
Please RT!

[Cell @CellCellPress]

In the latest issue! Global, site-resolved analysis of ubiquitylation occupancy and turnover rate reveals systems properties https://t.co/nTbJE7487H