Angela Parise
@AngelaParise3
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AIRC Postdoctoral Researcher at CNR-IOM @SISSA
Joined February 2022
📣 The program for #DCSB2025 is out!! We wait for you all in the beautiful city of Trieste the 18th of June! https://t.co/xQYu22EoFY
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Just published in @NatureComms our new paper integrating #MD and #cryoEM data to construct structural ensembles of complex #RNA macromolecules 🎉✨🥳 https://t.co/wwXCN0HHZ9. Excellent work by @ElisaPos with @BussiGio @BonomiMax @PJanosJr N. Toor, D. Haack
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Just published our new paper on Identification of a new Small Rho GTPase Inhibitor Effective in Glioblastoma human cells. Check it out! https://t.co/ZilVqt3acK. Work done by @AngelaParise3, in collaboration with @UniTrieste @uniud @IC_CNR
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Very proud to announce that a member of our group, Dr. Jana Aupič, has been awarded the prestigious "EuChemS ChemBioLife Young Investigator" prize! 🏅 This honors her hard work and exceptinal contributions to chemical biology. Congratulations, Jana! 🌟✨ . https://t.co/XoNRnDiHDx
euchems.eu
NEWS AND PICTURES FROM YIW 2024! The 4th Young Investigator Workshop of the EuChemS Chemistry in Life Sciences Division was held on 12 and 13 July 2024 in Galway (Ireland). The YIW 2024 was an...
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📢We are pleased to announce that the 2025 Congress of the Division of Chemistry of Biological Systems will take place in the beautiful city of Trieste! #DCSB2025 🛍️25 Fellowships for young researchers are available! 📍 18-20 June, UniTrieste Info at: https://t.co/SpqJ1EgJxr
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Assessing the Mechanism of Rac1b: An All-Atom Simulation Study of the Alternative Spliced Variant of Rac1 Small Rho GTPase #MolecularDynamics
https://t.co/1uHsbQ65lx
@AngelaParise3 @Magistrato_Lab
#JCIM Vol64 Issue24 #compchem
pubs.acs.org
The Rho GTPase family plays a key role in cell migration, cytoskeletal dynamics, and intracellular signaling. Rac1 and its splice variant Rac1b, characterized by the insertion of an Extraloop, are...
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Just published in @JCIM_JCTC our new study on the Mechanism of Rac1b: the Alternative Spliced Variant of Rac1 Small Rho GTPase. Great work by @AngelaParise3 and S. Cresca!
pubs.acs.org
The Rho GTPase family plays a key role in cell migration, cytoskeletal dynamics, and intracellular signaling. Rac1 and its splice variant Rac1b, characterized by the insertion of an Extraloop, are...
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We’re excited to share our latest work: Assessing the Mechanism of Rac1b: An All-Atom Simulation Study. A deep dive into the unique dynamics of Rac1b, shedding light on its role as a spliced variant of Rac1. 🧬 @Magistrato_Lab Sofia Cresca.
pubs.acs.org
The Rho GTPase family plays a key role in cell migration, cytoskeletal dynamics, and intracellular signaling. Rac1 and its splice variant Rac1b, characterized by the insertion of an Extraloop, are...
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🌟 News for RNA Biology enthusiasts! Take a look at our latest preprint 👉 https://t.co/IWQSYXt6Kt titled 'All-atom simulations reveal the molecular mechanism behind RNA-membrane interactions'! 🔬 Congratulations to S. Di Marco, J. Aupic, and @BussiGio for the amazing work!
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Congrats 💪😘
Congratulations to Riccardo Rozza @RozzaRiccardo @RRozza from our group for winning the BPS poster price competition!
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We are on the final day of the Flagship workshop "Understanding Peripheral Protein-Membrane Interactions: Membrane Recognition, Dynamics, Function and Therapeutic Opportunities" in rainy Lausanne☂️ Vittorio Limongelli, Nathalie Reuter & Stefano Vanni will close today's program.
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Excited to hear from Giorgio Colombo at #SCI2024, delivering his presentation on "Modulating Biochemical Complexes in Health and Disease: From Glycosylation to Small Molecules." A deep dive into the future of biochemical research 🧬 @lab_colombo
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We're thrilled to share our review on Molecular Dynamics Simulations for Structure-Based Drug Design, focusing on small-GTPase proteins,🧑💻 in Expert Opinion on Drug Discovery. Full Article 👇 https://t.co/eKmY534Bpi
@Magistrato_Lab @SmallGTPases @tandfmedicine
tandfonline.com
Molecular Dynamics (MD) simulations can support mechanism-based drug design. Indeed, MD simulations by capturing biomolecule motions at finite temperatures can reveal hidden binding sites, accurate...
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Just published in @angew_chem our latest work! We uncovered the importance of monovalent metal ions in the catalysis of Pre-Ribosomal RNA-Processing Machinery. Congrats to J Borišek @kemijski and J Aupič @CNRsocial_ for their excellent contributions! 🔬📚 https://t.co/wvWm0lMUWP
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The registration deadline of the meeting "Emerging theoretical approaches to complement single-particle cryo-electron microscopy" is today! Join us in Trieste, Italy, with an outstanding list of speakers. https://t.co/Z52t2rT8oF Pls RT & Apply !
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