Ben Weaver @WeaverScience - Twitter Profile

Ben Weaver @WeaverScience

3 months ago

@RobertoZoncu Well deserved, Roberto!!

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Ben Weaver @WeaverScience

5 months ago

@WelchFoundation @UTSWMedCenter So proud of Wang, Luke, and Yi!! Thanks to the Welch Foundation for the support!! Plasticity remains a long-standing challenge across diverse fields including #Cancer, #Neurobiology, #Stress, and #RegenerativeMedicine.

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WeaverScience retweeted

UT Southwestern Medical Center @UTSWMedCenter

5 months ago

How do proteins respond when cells are under stress? UT Southwestern scientists uncover new mechanisms that help cells adapt to environmental change. 🔬Read more: https://t.co/qJweBsjnt5 #Research #BiomedicalResearch

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Ben Weaver @WeaverScience

6 months ago

Excited to share the news!! So proud of my postdoc Wang now promoted to Research Scientist!! Protein coordinates responses to environmental stress: Newsroom - UT Southwestern, Dallas, Texas https://t.co/R046Sp8NUv

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Who to follow

Peter Ly

@PeterLyLab

Genome Integrity Lab | Associate Professor @CRI_UTSW @UTSWMedCenter. We study how mitotic errors and genomic instability drive cancer evolution.

Hijai Regina Shin

@HijaiShin

Hijai R.Shin in publications. PhD @SeoulNatlUni, Postdoc @berkeleymcb, Assistant professor @CRI_UTSW. Interested in #autophagy #lysosome, metabolism, cancer.

Cell Biology UTSW

@CellUtsw

We are a diverse group of scientists using multi-disciplinary approaches to investigate how cells are built and function in health and disease states

WeaverScience retweeted

Science Signaling @scisignal

6 months ago

Employing protein tagging, scientists identify interaction networks centered on the #p38 homolog PMK-1 in C. elegans that facilitate phenotypic plasticity during development, in several tissue types, and in response to stresses and aging. @UTSWMedCenter https://t.co/QFzUV2lNpL

scisignal's tweet photo. Employing protein tagging, scientists identify interaction networks centered on the #p38 homolog PMK-1 in C. elegans that facilitate phenotypic plasticity during development, in several tissue types, and in response to stresses and aging. @UTSWMedCenter https://t.co/QFzUV2lNpL https://t.co/8rrEIpQEsw

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Ben Weaver @WeaverScience

6 months ago

Our new proteomics method ContinuumID for spatiotemporal proximity atlas and found p38 MAPK is critical for phenotypic plasticity. #Proteomics #Aging #Cancer #Proteostasis #EvolutionaryBiology #Neuroscience

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Ben Weaver @WeaverScience

6 months ago

Just published!! Congrat's to my post-doc Wang for getting featured on the cover of Science Signaling. So proud!! So much more to learn about phenotypic plasticity. https://t.co/G34b5UVZ2K

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WeaverScience retweeted

Science Signaling @scisignal

6 months ago

Don’t miss the new issue of #ScienceSignaling! Scientists uncover the molecular wiring that supports phenotypic plasticity in C. elegans, a new Focus explores community resources that will propel the next era of lipidomics research, and more. https://t.co/1j60DLwgUo

scisignal's tweet photo. Don’t miss the new issue of #ScienceSignaling!

Scientists uncover the molecular wiring that supports phenotypic plasticity in C. elegans, a new Focus explores community resources that will propel the next era of lipidomics research, and more. https://t.co/1j60DLwgUo https://t.co/i8Vnwo1KYc

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Ben Weaver @WeaverScience

6 months ago

@scisignal Nice cover!! Congrat's to my post-doc Wang!! So proud.

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Jonathan Friedman @LabFriedman

6 months ago

Check out our highlight of the most recent example of subcellular mitochondrial specialization in @CurrentBiology. Be sure to also check out the beautiful work from David Sherwood's lab https://t.co/jBg0F5KUWd

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Ben Weaver @WeaverScience

7 months ago

Match Day!! So proud of my former MSTP grad student!!! Francisco matched at Yale in Anesthesiology!!! Everyone in the Weaver lab is so proud of you Francisco!!!