{"status":1,"totalCount":5,"data":[{"reference":"<span class=\"highlightPeople\">McDougall A<\/span> (2014) Cell cycle in ascidian embryos. Woods Hole, USA.","publicationStatus":"Publi\u00e9"},{"reference":"<span class=\"highlightPeople\">McDougall A<\/span> (2014) Using the ascidian Phallusia mammillata embryo to illuminate cell behaviour. MifoBio, Biaritz, France.","publicationStatus":"Publi\u00e9"},{"reference":"<span class=\"highlightPeople\">Ricci L<\/span>, <span class=\"highlightPeople\">Dru P<\/span>, <span class=\"highlightPeople\">Lotito S<\/span>, <span class=\"highlightPeople\">Tiozzo S<\/span> (2014) Alternative development and regeneration in a colonial ascidian, Botryllus schlosseri: a comparative approach.","publicationStatus":"Publi\u00e9"},{"reference":"<span class=\"highlightPeople\">Ricci L<\/span>, <span class=\"highlightPeople\">Dru P<\/span>, <span class=\"highlightPeople\">Lotito S<\/span>, <span class=\"highlightPeople\">Tiozzo S<\/span> (2014) Whole body (re)generation in colonial ascidians: digging into non-embryonic developmental pathways.","publicationStatus":"Publi\u00e9"},{"reference":"<span class=\"highlightPeople\">Schubert M<\/span> (2014) A mollusk retinoic acid receptor (RAR) ortholog sheds light on the evolution of ligand binding.","publicationStatus":"Publi\u00e9"}]}