Anna Rodina

Senior Scientist, Memorial Sloan Kettering Cancer Center

[Anna Rodina @AnnaRodina8]

Here is our new JoVE article presenting a method for high-throughput, disease-contextual mapping of PPI network dysfunctions in cells and primary tissue.
https://t.co/XzeknFO2qv
#Jove
@MSKCancerCenter
@JoVEJournal

[Chiosis Lab @chiosislabmskcc]

🔍Specialized #ChemicalProbes are central to dfPPI, capturing dysfunctional interactions—trapping thousands of protein interactors, enabling precise identification of disease-driven interactome changes. #MassSpec #Proteomics (4)

[Chiosis Lab @chiosislabmskcc]

🖥️New #bioinformatics pipelines now make dfPPI data analytics user-friendly, aiding scientists to map disease-specific protein interactions and pathways without specialized training. #DataScience #Bioinformatics #ProteinInteraction (5)

[Trends in Biochemical Sciences @TrendsBiochem]

Online now - PTMs as molecular encoders: reprogramming chaperones into epichaperomes for network control in disease https://t.co/736InP3Pxb

[Chiosis Lab @chiosislabmskcc]

📸Check out a few photos from @GabrielaChiosis and @Tanaya_rc talks at #CSSI2025 @StressCell last weekend.
#epichaperome #cellularstress #HSP90 #Alzheimers

[Gabriela Chiosis @GabrielaChiosis]

How can post-translational modifications rewrite cellular networks?

Read https://t.co/wGytP54NTl
@SpringerNature @TrendsBiochem
#Epichaperome #PTMs #NetworkBiology #SystemsBiology #MolecularChaperones #CellBiology #Neurodegeneration #CancerResearch

[Chiosis Lab @chiosislabmskcc]

Proteins rarely work alone. Their functions emerge from networks of interactions—dynamic connections that continuously reorganize to maintain cellular balance. What happens when this balance is lost?

This blog dives into our @TrendsBiochem review article: https://t.co/8tJVMG8oEP

[Chiosis Lab @chiosislabmskcc]

In our recent @TrendsBiochem review, we propose that #PTMs do far more than modulate single-protein behavior.
Further explore how #posttranslationalmodifications can rewrite cellular networks➡️@SpringerNature Communities: https://t.co/TDBt8wY3J6
#epichaperome #networkbiology

[Chiosis Lab @chiosislabmskcc]

📸OUT NOW in @JoVEJournal: Mapping Dysfunctional Protein-Protein Interactions in Disease.
Our method article is available now with video component coming soon!
https://t.co/9AZdrUPx3s
#PPI #networkbiology #cancerbiology #dfPPI #MassSpectrometry #Proteomics

[Chiosis Lab @chiosislabmskcc]

#SfN25 is upon us! Be sure to check out @chiosislabmskcc, Ginsberg, and Stutzmann lab posters throughout the week. #epichaperome #neuroscience #omics #brain #nervoussystem @sfntweets

[Chiosis Lab @chiosislabmskcc]

🚨Publication alert! The final version of our article is OUT NOW in @TrendsBiochem.
@ChiosisLabmskcc is honored to have been selected as the cover feature for this issue - cover art by a VI4 Artist in Residence.
Check out the review article here:
https://t.co/Yf9GzchU8P

[Gabriela Chiosis @GabrielaChiosis]

🧠✨ "How do stressors remodel brain function before symptoms emerge?"
Check out https://t.co/yQR5e4SRpM exploring how progressive protein network miswiring drives #Alzheimer disease—and how these changes can be reversed. #Neuroscience #Network #SystemsBiology

[Chiosis Lab @chiosislabmskcc]

Check out this video byte highlighting how #epichaperomes drive adaptability in #cancer and #stemcells! Adapted from @chiosislabmskcc recent publication in @NatureComms #signaling #proliferation #adaptation #proteinproteininteractions
Video produced by @journalexperts

[Anna Rodina @AnnaRodina8]

https://t.co/buDTCq0bxX… #Epichaperome #CancerResearch Please see our latest work on the driver of epichaperome formation and it's structural and regulatory characteristics

[Nature Communications @NatureComms]

Researchers from @chiosislabmskcc; @MSKCancerCenter and their collaborators show how HSP90 phosphorylation drives epichaperome formation, linking this process to cancer and pluripotency.

https://t.co/6DRNEp8r0W

[Gabriela Chiosis @GabrielaChiosis]

🎉 Exciting news! Our paper on #epichaperomics is Editor’s Choice, featured in Scientific American, Nature Communications and in MSKCC Research Highlights. Thank you to all involved @chiosislabmskcc and collaborators! 📄🔬 #research #science #omics https://t.co/ymeHMF6myj

[Chiosis Lab @chiosislabmskcc]

🌟Congratulations are in order for @ChiosisLabMSKCC intern @avagoldsmith0 on placing 3rd in the Cell & Molecular Biology category at @Regeneron International Science & Engineering Fair #RegeneronISEF 👩‍🔬🌟@MSKCancerCenter @Society4Science

[Gabriela Chiosis @GabrielaChiosis]

Want to image #epichaperomes in #brainlesions at #singlecell resolution? Check out work from @chiosislabmskcc @MSKCancerCenter and collaborators in https://t.co/Ky0UNiX02N in @Biomed_MDPI @MDPIOpenAccess #Parkinson #disease

[Gabriela Chiosis @GabrielaChiosis]

Ever wonder what turns #HSP90 into #epichaperome platforms? Interdisciplinary team from @UofNH @MSKCancerCenter @UCSF @unipv delves into this in #CancerResearch #Cancers #StemCells. See preprint @researchsquare https://t.co/IBUtO6KCH1

[Nature Communications @NatureComms]

The @chiosislabmskcc @MSKCancerCenter introduces a toolset of HSP70 ligands for #epichaperomics, which are used to show how epiHSP70s can regulate #mitosis in cancer cells

#CancerResearch #chemicalbiology @NatResCancer
https://t.co/UcMFoJ8tPh