AliceAmitrano
@alice_amitrano
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Rome🇮🇹 Chemical engineering PhD student at Johns Hopkins University / Konstantopoulos lab / Institute of NanoBioTechnology (INBT) 🧫🔬🥼. -UD’21🎓
Rome, Lazio
Joined December 2017
Thrilled to share me and @YQinling latest work published in @ScienceAdvances. Our research explores the interplay between hmsc fate and fluid viscosity. A big thank you to my advisor, colleagues and our collaborators for their guidance and invaluable support. 🎉.
Check out our latest work on fluid viscosity and hMSC fate in @ScienceAdvances led by @alice_amitrano and @YQinling . Many thanks to @KKLabJHU members @BhawanaAg12 and @Anindya_SenJHU, our collaborators @JudeM_Phillip and Dr. Gu and their mentees.
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RT @JHU_ChemBE: Johns Hopkins engineers have discovered two proteins key to cell division also help cancer cells spread, especially through….
engineering.jhu.edu
Johns Hopkins engineers have discovered that two proteins essential for cell division also help cancer cells metastasize, or spread, especially through tight spaces. The proteins anillin and Ect2,...
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RT @KKLabJHU: Pleased to share our latest collaborative work with the @DevreotesLab in @PNASNews. Using optogenetics, we show that both in….
pnas.org
Ras has traditionally been regarded as a positive regulator and therapeutic target due to its role in cell proliferation, but recent findings indic...
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RT @NatureMaterials: Cell migration in confined environments is initiated by a cytoplasmic pool of anillin and Ect2 that promotes RhoA/myos….
nature.com
Nature Materials - Cell migration in confined environments is initiated by a cytoplasmic pool of anillin and Ect2 that promotes RhoA/myosin II-mediated activation at the poles of migrating cells,...
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Grateful to be part of this impactful work with a fantastic team. Congrats to everyone involved! Don’t miss it ⬇️.
Thrilled that our newest work led by @AveryTTran, Dr. Wisniewski, and @mistrigr is out today in @NatureMaterials! We show how the cytokinesis proteins Anillin and Ect2 drive RhoA/ROCK/myosin-mediated invasion in confining spaces in vitro and in vivo.
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RT @andreforjaz: Excited to share our work in Nature Methods!. InterpolAI is a deep learning framework that uses optical flow to interpolat….
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RT @ahcells: Fresh science! Check out our @ConfinementLab’s new paper on how confined migration can drive stem cell differentiation in @Adv….
advanced.onlinelibrary.wiley.com
Human mesenchymal stem cell (hMSC) homing to sites of regeneration requires navigation through mechanically confining extracellular matrix environments, inducing rapid and dramatic morphological...
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It was an incredible honor to receive the WSE Doctoral Student Excellence in Leadership Award. I’m grateful for this recognition and proud to be part of such a supportive and inspiring community.
Congrats to my brilliant PhD student @alice_amitrano, recipient of the @HopkinsEngineer Doctoral Student Excellence in Leadership Award! A standout leader in our grad community, and scholar with articles in Science Advances , Current Opinion Cell Bio, Nano Letters & Nature Mat.
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RT @KKLabJHU: Immense congrats to my amazing postdoc.@debanikch .for winning the Best Poster Award at the 18th Nano-Bio Symposium at @INBT_….
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RT @KKLabJHU: Huge congrats to my first-year PhD student, Josiah Power @realjosiahpower on receiving an @NSF GRFP! At just 19 and with a do….
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RT @songli_UCLA: Excited to share our new publication , showing that viscoelastic matrix enhances cell plasticity a….
nature.com
Nature Communications - Extracellular matrices are viscoelastic, yet how matrix viscoelasticity regulates the epigenome remains unclear. Here, the authors show that cells cultured on viscoelastic...
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RT @JudeM_Phillip: Super excited to share the latest paper from my group published in @ScienceAdvances . "Single-cell morphology encodes f….
science.org
Single-cell morphologies reveal functional subtypes of senescence.
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RT @DoctorQMd: Putting the brightest inquisitive minds together to find cures for cancer .@MayoClinicNeuro .@MayoClinic .@MayoCancerCare .@….
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RT @paosmeade: Quick trip to DC for the Inquisitive minds retreat! Two days full of discussions on how to treat brain cancer from different….
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RT @HopkinsEngineer: In @ScienceAdvances: With NIH support, @JHU_ChemBE doctoral students Alice Amitrano and Qinling Yuan find that viscosi….
engineering.jhu.edu
Johns Hopkins engineers have discovered how the thickness of fluids surrounding stem cells can affect their behavior and development—insights that have the potential to enhance therapies for bone...
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RT @JHU_ChemBE: Johns Hopkins engineers have discovered how the thickness of fluids surrounding stem cells can affect their behavior and de….
engineering.jhu.edu
Johns Hopkins engineers have discovered how the thickness of fluids surrounding stem cells can affect their behavior and development—insights that have the potential to enhance therapies for bone...
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Check out our latest review where we provide a framework for understanding the interconnected mechanisms of cell mechanotransduction and metabolic adaptation under confinement! .
Excited to share our latest review led by @alice_amitrano & @debanikch! We dive into the mechanisms of confined cell migration, exploring how ion channels, cell cytoskeleton, and fluidic & solid cues drive motility & metabolic reprogramming. Read more:
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RT @ConfinementLab: An exciting study from the @KKLabJHU lab reveals that extracellular fluid viscosity alone can drive adipogenic-to-osteo….
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RT @MesenchymalCell: Congrats to the Konstantopoulos lab (@KKLabJHU) at @JohnsHopkins on their new @ScienceAdvances study! 🎉 . They show th….
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RT @BMES_CMBE: Cellular migration, cellular mechanical memory, and mechanically-dependent immunesuppression - an inspiring talk by Dr. Kons….
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