Accueil > Production scientifique
Bio Nano Imagerie
(11) Production(s) de l'année 2021
Glioma stem cells invasive phenotype at optimal stiffness is driven by MGAT5 dependent mechanosensing Auteur(s): Marhuenda Emilie, Fabre Christine, Zhang Cunjie, Martin Fernandez M., Iskratsch Thomas, Saleh Ali, Bauchet Luc, Cambedouzou J, Hugnot Jean-Philippe, Duffau Hugues, Dennis James, Cornu David, Bakalara Norbert (Article) Publié: Journal Of Experimental Clinical Cancer Research, vol. 40 p.139 (2021) Texte intégral en Openaccess : |
Inhibiting microglia proliferation after spinal cord injury improves recovery in mice and nonhuman primates Auteur(s): Poulen Gaëtan, Aloy Emilie, Bringuier Claire, Mestre-Francés Nadine, Cardoso Maïda, Perez Jean-Christophe, Goze-Bac C., Boukhaddaoui Hassan, Lonjon Nicolas, Gerber Yannick, Perrin Florence, Artus Emaëlle V.F. (Article) Publié: Theranostics, vol. 11 p.8640-8659 (2021) Texte intégral en Openaccess : |
Multimodal label-free imaging approach to monitor spinal cord injury in mice Auteur(s): Manesco C., De Lizaraga J., Varga B., Cloitre T., Martin Fernandez M., Gerber Yannick, Perrin Florence, Gergely C. (Affiches/Poster) MiFoBio – Functional Microscopy for Biology (Presqu’ile de Giens, FR), 2021-11-05 |
Label-free imaging techniques for monitoring spinal cord injury: from pathophysiology to therapeutic strategies in mice Auteur(s): Manesco C., De Lizaraga J., Varga B., Cloitre T., Martin Fernandez M., Gerber Yannick, Perrin Florence, Gergely C. (Affiches/Poster) PhysBio (Paris-Saclay, FR), 2021-06-22 |
Multimodal imaging approach for optical label-free readout of spinal cord injury Auteur(s): Manesco C., Varga B., Cloitre T., Martin Fernandez M., Gerber Yannick, Perrin Florence, Gergely C.
Conference: Spring School les Houches (Les Houches, FR, 2021-05-25) |
Non-linear optical imaging and atomic force measurements to monitor spinal cord injury in mice and non-human primates Auteur(s): Manesco C., Varga B., Gerber Yannick, Cloitre T., Martin Fernandez M., Gergely C., Perrin Florence (Affiches/Poster) COST (Web-Conférence : University of Utrecht, The Netherlands and , FR), 2021-03-23 |
Reconstruction 3D du fœtus humain entre 7 et 14 semaines d’aménorrhée dans le cadre du projet FETTAL : optimisation du contraste en micro-TDM Auteur(s): Captier Guillaume, Bottero Célia, Lamouroux Audrey, Goze-Bac C., Cardoso Maida, Geneviève David (Article) Publié: Morphologie, vol. 105 p.S1-S2 (2021) |