{"status":1,"totalCount":12,"data":[{"reference":"Dumollard R<\/span> (2017) morphogenesis of the ascidian gastrula in time and space. institue de biologie Paris-Seine, UPMC, 27-27 November 2014.","publicationStatus":"Publi\u00e9"},{"reference":"Dumollard R<\/span> (2017) physiology and metabolism of early mammalian embryos. Inserm 1016, Institut Cochin, Paris.","publicationStatus":"Publi\u00e9"},{"reference":"Houliston E<\/span> (2017) Oocyte Maturation in the hydrozoan Clytia hemisphaerica. Colloque de l\u2019ITMO BCDE \"Origins of Metazoans\", Paris, France, 07-08 November 2017.","publicationStatus":"Publi\u00e9"},{"reference":"Lecl\u00e8re L<\/span> (2017) Clytia medusa: a promising model for regeneration studies. 8th EFOR Meeting, Paris, France, 03-03 May 2017.","publicationStatus":"Publi\u00e9"},{"reference":"Lecl\u00e8re L<\/span> (2017) La m\u00e9duse Clytia: un mod\u00e8le prometteur en biologie du d\u00e9veloppement. 11\u00e8mes Journ\u00e9es scientifiques de l'UTLN, 26-26 April 2017.","publicationStatus":"Publi\u00e9"},{"reference":"Momose T<\/span> (2017) Body axis determination in a hydrozoan genetics model animal Clytia hemisphaerica. National Institute of Basic Biology, Okazaki, Japon.","publicationStatus":"Publi\u00e9"},{"reference":"Momose T<\/span> (2017) Cnidarian developmental and genetics model Clytia hemisphaerica: revealing body axis determination mechanisms and evolution of metazoans. Aobadai Campus, Tohoku University, Sendai, Japon.","publicationStatus":"Publi\u00e9"},{"reference":"Momose T<\/span> (2017) Hydrozoan Model animal Clytia hemisphaerica for understanding developmental mechanisms, evolution and diversity. Asahimushi Marine Station, Tohoku University, Aomori, Japon.","publicationStatus":"Publi\u00e9"},{"reference":"Momose T<\/span> (2017) International workshop for the PRC (projet de recherche collaboratif) between LBDV\/SMRC. Shimoda, Japon, 12-13 October 2017.","publicationStatus":"Publi\u00e9"},{"reference":"Momose T<\/span> (2017) Symmetry breaking of body axis and tissue polarity in Clytia embryogenesis and metazoan evolution. Seminars series of UMR 7622 CNRS \"Organog\u00e9n\u00e8se des vert\u00e9br\u00e9s et maladies g\u00e9n\u00e9tiques associ\u00e9es\u201d, UPMC, Paris, France.","publicationStatus":"Publi\u00e9"},{"reference":"Schubert M<\/span> (2017) Evolution of retinoic acid signaling functions in animal development.","publicationStatus":"Publi\u00e9"},{"reference":"Yasuo H<\/span> (2017) Transcriptional framework for a binary cell fate switch. IST, Austria, 29-29 May 2017.","publicationStatus":"Publi\u00e9"}]}