Mosaic is an interdisciplinary research group aiming at unravelling life science problems using advanced photonic tools.
Mosaic principal investigators are physicists and biologists working together at the cross roads between advanced optical imaging, nanophotonics and tissue morphogenesis.
In parallel, the Mosaic group is involved in collaborative projects related to the fields of developmental biology, immunology, neurosciences and biomedical research.
Optical microscopy techniques (...)
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MOSAIC
Microscopy - Nanosciences - Biology
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équipe Mosaic
1er février -
Job offers
1er avril 2016Graduate Students :
If you are passionate about applying the knowledge of physics to solve real world problems, such as creating new microscopes to image living cells and look through scattering tissues, or develop new optical tools to investigate molecular interaction at nano-scale ; Or if you are a biologist decided to unravel how cells and tissues generate, maintain and adapt their shape as they grow, divide and reorganize during physiological responses, please contact us about a (...) -
Membres
25 janvier 2016 -
Publications
25 janvier 2016Your browser does not manage frames. Click here to continue.
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Partenaires
25 janvier 2016National collaborations
Biology le Centre d’Immunologie de Marseille Luminy (CIML) (équipe Didier Marguet et Hai-Tao He) link l’Institut de Biologie du Développement de Marseille Luminy (IBDM) (Equipe de Pierre-François Lenne) link l’Institut de Neurobiologie de la méditerranée (Inmed) (équipe de Rosa Cossard) link le Centre de recherche en cancérologie de Marseille (CRCM) (équipe de Mauro Modesti) link Institut de neurobiologie de la méditerranée (Rosa Cossart Group) Institut Paoli (...) -
Contact
25 janvier 2016Hervé Rigneault, CNRS Research Director (DR1)
herve.rigneault@fresnel.fr
Institut Fresnel - UMR 7249
Faculté des sciences de Saint Jérôme
avenue Escadrille Normandie Niémen
13013 Marseille (France) -
Thématiques
22 janvier 2016Cell and Tissue Morphogenesis Studying the organization of living matter Studying the mechanisms underlying shape changes at the molecular, cellular and tissue scales Nanobiophotonics Nanoantenna enhanced fluorescence
Plasmonic enhanced energy transfer
Nanoaperture enhanced fluorescence
Microspheres & single molecule detection
Label-free molecular diagnosis and biosensor
Protein interactions with FCS and FRET Using (...)