Michele Cascella

Professor - Teoretisk kjemi
Bilde av Michele Cascella
English version of this page
Rom V 224
Brukernavn
Besøksadresse Sem Sælands vei 26 0371 Oslo
Postadresse Postboks 1033 0315 Oslo

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Publikasjoner

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  • Eisenstein, Odile; Cascella, Michele & Pradier, Claire-Marie (2021). La reaction de Grignard, une enigme de 120 ans chapter in Etonnante Chimie Decouvertes et promesses du XXIeme siècle. CNRS Editions. ISBN 978-2-271-13652-7. 340 s.

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  • Eliasson, Sondre Hilmar Hopen; de Giovanetti, Marinella; Bore, Sigbjørn Løland; Bortoli, Marco; Cascella, Michele & Eisenstein, Odile (2023). Machine Learned Potential for Organolithium in THF.
  • Eliasson, Sondre Hilmar Hopen; de Giovanetti, Marinella; Bore, Sigbjørn Løland; Bortoli, Marco & Cascella, Michele (2023). Machine Learned Potential for Organolithium Compounds in THF. .
  • Cascella, Michele (2023). Multiscale approaches for bio/soft matter: investigating self-assembly and dynamics of lipid and surfactants.
  • Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen; Black, Ben E. & Cascella, Michele [Vis alle 7 forfattere av denne artikkelen] (2022). The structural basis of the multi-step allosteric activation of Aurora B kinase.
  • Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen; Black, Ben E. & Cascella, Michele [Vis alle 7 forfattere av denne artikkelen] (2022). The structural basis of the multi-step allosteric activation of Aurora B kinase.
  • Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen; Black, Ben E. & Cascella, Michele [Vis alle 7 forfattere av denne artikkelen] (2022). HDX and MD as tools to elucidate Aurora B kinase activation mechanism .
  • Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen; Black, Ben E. & Cascella, Michele [Vis alle 7 forfattere av denne artikkelen] (2022). The structural basis of the multi-step allosteric activation of Aurora B kinase.
  • Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen; Black, Ben E. & Cascella, Michele [Vis alle 7 forfattere av denne artikkelen] (2022). Phosphorylation structurally organizes the [Aurora B/IN-box] complex and introduces a synchronised internal motion of the enzyme resulting in activation .
  • Sekulic, Nikolina; Segura-Pena, Dario; Hovet, Oda; Dawicki-McKenna, Jennine; Wøien, Stine Malene Hansen & Black, Ben E. [Vis alle 7 forfattere av denne artikkelen] (2022). Aurora B activation requires synchronized internal motion initiated by IN-box phosphorylation .
  • Cascella, Michele (2022). The Grignard reaction - solving a century old problem by molecular simulations.
  • Eisenstein, Odile & Cascella, Michele (2021). Grignard reagent and Grignard reaction: Computational approach of a chemical puzzle.
  • Lund, Reidar & Cascella, Michele (2021). Aggregation kinetics and photodynamics of photocontrollable surfactant AzoTMA: a molecular dynamics study.
  • Cascella, Michele (2020). Recent advances in hybrid particle field: toward biological systems.
  • Cascella, Michele (2019). Simulating biological systems coupling particles and fields with molecular dynamics.
  • Cascella, Michele (2019). Simulating biological systems coupling particles and fields with molecular dynamics.
  • Cascella, Michele (2019). Simulating biological systems coupling particles and fields with molecular dynamics .
  • Cascella, Michele (2019). Simulating biological soft systems coupling particles and fields with molecular dynamics.
  • Cascella, Michele (2019). Multiscale simulations of bio/soft-matter using particles and fields.
  • Cascella, Michele (2019). Simulating Biological Systems Coupling Particles and Fields with Molecular Dynamics.
  • Cascella, Michele (2018). Toward Molecular-Resolved Mesoscale Simulations of Soft Matter.
  • Cascella, Michele (2018). Hybrid particle-field molecular dynamics: state of the art and challenges.
  • Cascella, Michele (2018). Hybrid particle field models for peptide chains .
  • Cascella, Michele (2018). Entropy-driven polymorphism in micellar aggregates of a charged surfactant — a multi-scale study.
  • Cascella, Michele (2018). Coarse grained models of protein and peptides using particles and fields .
  • Cascella, Michele (2018). Coarse-graining peptides -- from particles to fields.
  • Cascella, Michele (2018). Coarse-graining peptides -- From particles to fields.
  • Cascella, Michele (2017). Coarse-graining peptides -- From particles to fields.
  • Cascella, Michele (2015). Beyond Millisecond Dynamics of Large Macromolecular Systems Using Coarse-Grained and Hybrid Particle/Field Approaches.
  • Cascella, Michele (2015). A Native Human Protein Nanoconstruct with Acquired Transcytocic Properties through Endothelial Barriers.
  • Cascella, Michele (2015). A Native Human Protein Nanoconstruct with Acquired Transcytocic Properties through Endothelial Barriers.
  • Cascella, Michele (2015). A Native Human Protein Nanoconstruct with Acquired Transcytocic Properties through Endothelial Barriers.
  • Cascella, Michele (2015). Discovery of a Novel Enzymatic Function in Cellular Retinal Binding Protein.
  • Cascella, Michele (2014). Modulation of protein function by micro-solvation effects: the puzzling case of cis-retinal binding in CRALBP.
  • Cascella, Michele (2014). Lipid recognition and exchange mechanisms in transporters of the Sec-14 like family.
  • Cascella, Michele (2014). Lipophilic transporters of the Sec 14-like family: structure, dynamics, and function explored by computer simulations.
  • Cascella, Michele (2014). Multi-scale simulation of proteins: from the Schroedinger equation to coarse grained modelling.
  • Cascella, Michele (2014). Multi-scale simulations of proteins: from the Schroedinger equation to coarse-grained modelling.
  • Mors, Mira & Cascella, Michele (2023). Molecular Modeling of Nucleosome Core Particles. Kjemisk Institutt, Universitetet i Oslo.
  • Steinnes, Lasse; Cascella, Michele & Hjorth-Jensen, Morten (2022). Electrostatics in Mesoscale Simulations of Biological Membranes using the Hybrid-Particle Field Approach. Universitetet i Oslo.
  • Ledum, Morten; Cascella, Michele & Gauss, Jurgen (2022). Hamiltonian hybrid particle-field method for biological soft matter: Efficient simulation and machine learning approaches. Department of Chemistry, Faculty of Mathematics and Natural Sciences, University of Oslo. ISSN 1501-7710. 2022(2516).
  • Bore, Sigbjørn Løland; Cascella, Michele & Kvaal, Simen (2020). Advances in the Hybrid Particle-Field Approach: Towards Biological Systems. Matematisk Naturvitenskapelig fakultet, Universitetet i Oslo. ISSN 1501-7710. 2020(2245).
  • Sekulic, Nikolina; Cascella, Michele & Hovet, Oda (2020). Molecular Dynamics Studies on the Essential Mitotic Protein Kinase – Aurora B. Universitetet i Oslo.
  • Peltzer, Raphael Mathias; Cascella, Michele; Pedersen, Thomas Bondo & Helgaker, Trygve (2018). Multi-scale computational modelling of bio-chemical systems in the condensed phase. Universitetet i Oslo. ISSN 1501-7710. 2018(2058).
  • Thorbjørnsrud, Helen Vikdal; Krengel, Ute & Cascella, Michele (2018). Escaping Mediocrity - Activity and Regulation of a Catalytically Inefficient Enzyme. Universistetet i Oslo. ISSN 1501-7710.

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Publisert 4. feb. 2014 14:03 - Sist endret 18. aug. 2020 16:45