CRM2 | Cristallographie, Résonance Magnétique et Modélisations

Time 2020-09-21 03:02:38

Web Name: CRM2 | Cristallographie, Résonance Magnétique et Modélisations

WebSite: http://www.crystallography.fr

ID:54043

Keywords:

sonance,Magn,Cristallographie,

Description:

CRM2 Cristallographie, Résonance Magnétique et Modélisations Protein human aldose reductase coloured according to atomic thermal motion (blue for low displacements). Mesures de diffraction sous champ électrique au synchrotron SOLEIL-ligne CRISTAL Observation de cristaux à la loupe binoculaire Fatty acid binding protein surface coloured by its electrostatic potential. Alanine - Methionine dipeptide and a semi-tranparent surface coloured by the molecular electrostatic potential. Fatty acid binding protein binding site and electric field lines surrounding the fatty acid. An old-school diffractometer View of Bruker D8 diffractometer goniometric head and X-ray collimator. A crystal mounted on a glass rod on the Bruker D8 diffractometer Menu Skip to content           CRM2 About Staff Access Scientific animation Life at the CRM2 Links Discussion The CRM2 (Cristallographie, Résonance Magnétique et Modélisations) laboratory is an interdisciplinary UMR between CNRS and Université de Lorraine (UL). For CNRS, it is linked to the Institut de Physique (section 5) and to the Institut de Chimie (section 13). For UL it belongs to the scientific Pôle “Chimie et Physique Moléculaire” (CPM). As a consequence of its interdisciplinary research, the university professors teach at the physics, chemistry, earth sciences and life sciences departments (sections 28, 31, 32, 33, 64 and 85 of the CNU). The UMR is in charge of the X-ray and NMR facilities used by UL researchers and other national and international groups, as well as industrial partners.ResearchThe main scientific aim is to to develop original and complementary methods and instruments for the study of the structure and dynamics of molecular and biomolecular materials in order to understand structure-property and structure-function relationships.Crystallography, X-ray and NMR/NQR methods and instrumentation, electron density modeling, diffraction under constraints (light, pressure, electric field) are developed together with applications in:Material science (e.g. photosensitive functional materials, low dimensional materials, multiferroic materials, porous materials, molecular materials…)Physics (phase transitions, molecular magnetism, piezoelectricity, …)Chemistry (Chemical bonding, metal-ligand, macromolecule-ligands, weak intermolecular interactions, crystal engineering, …)Life sciences (enzymes, detoxification, xenobiotics, secondary metabolites, reaction intermediates, protein-ligand, protein-protein and protein-DNA interactions, molecular recognition, molecular modelling, …)These objectives will be tackled within and by collaboration between the three research teams  Biostructures and Modelling (BIOMOD)  Crystallography and Structure-Property relationship (CRISP)  NMR Methodology (RMN)The laboratory members develop and operate the two experimental platforms (services communs) of X-ray diffraction and NMR of the Institut Jean Barriol.  X-ray diffraction (SCDX)  Nuclear Magnetic Resonance (NMR)CRM2 has participated in the promotion and is now implicated in the operation of the beamline “Cristal” at the synchrotron SOLEIL (P. Fertey). The laboratory interacts also with the neutron diffraction groups at LLB (F. Porcher).TeachingCRM2 is highly involved in teaching at all levels. We organise regularly national (CNRS) and international schools on crystallography and offer training to research engineers and doctoral students of other laboratories.At the University of Lorraine the members of CRM2 teach at the Faculty of Sciences and Technologies in the bachelor and master courses in physics, chemistry, life sciences, and earth sciences. NewsSéminaire Laura VittadelloLaura Vittadello, University of Osnabrueck, donnera un séminaire ce Jeudi 07 Novembre à 10h30 dans la salle Niels Hansen du CRM2. Titre du séminaire : « Wide-field real-time non-linear microscopy inSéminaire Elodie TailleurElodie Tailleur, en visite au laboratoire, donnera une conférence jeudi 26 septembre à 14h dans la salle de conférence du CRM2. Le titre de la conférence est : « structure-properties investigationSéminaire Miriam ZobelSeminaire du Prof. Mirijam Zobel « Atomic insights into hydration shells around facetted iron oxide nanoparticles » Salle Niels K. Hansen, à 2:15 pm(English) Vedran VUKOVIĆ winning the « Prof. Philipp Coppens SIG2 Quantum Crystallography Poster Award »Congratulations to Vedran VUKOVIĆ, PhD student at CRM2, for winning the « Prof. Philipp Coppens SIG2 Quantum Crystallography Poster Award » at ECM32 in Vienna.Soutenance de thèseMardi 25 septembre 2018 à 10h00 à l’amphithéâtre 7 de la Faculté des Sciences et Technologies à Vandœuvre-Les-Nancy. « Diversité structurale des glutathion transférases fongiques et identification de leurs ligands par des approchesTwitter CRM2 Formation continue courte proposée par le laboratoire et l'UL, à destination des chercheurs, ingénieurs : "Cristall… https://t.co/WdkhJORyLF10 days agoNew article from CRISP Team : "Producing highly complicated materials. Nature does it better" https://t.co/5vm4d3BcXS11 days ago7 chansons pour mettre en récit la recherche, sortie prévue le 15 septembre, lien inactif jusque là :… https://t.co/icrxIWet6411 days agoX-ray scattering study of water confined in bioactive glasses: experimental and simulated pair distribution functio… https://t.co/obXAe5wpPi13 days agoNew article from BioMod Team: "Morphology of the GdVO4 crystal: first-principles studies"E.-L. Andreici Eftimie,… https://t.co/MFHfutNxyi34 days ago Login

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