Browsing ARTICLES CIENTÍFICS by Author "Zapater, Cinta"
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A Rapid Transcriptome Response Is Associated with Desiccation Resistance in Aerially-Exposed Killifish Embryos
Tingaud-Sequeira, Angèle; Lozano, Juan-José; Zapater, Cinta; Otero, David; Kube, Michael; Reinhardt, Richard; Cerdà, Joan (PLoS ONE, 2013-05-31) AqüiculturaDelayed hatching is a form of dormancy evolved in some amphibian and fish embryos to cope with environmental conditions transiently hostile to the survival of hatchlings or larvae. While diapause and ... -
Aquaporin splice variation differentially modulates channel function during marine teleost egg hydration
Ferré, Alba; Chauvigné, François; Zapater, Cinta; Finn, Roderick Nigel; Cerdà, Joan (PLOS ONE, 2023-11-27) AqüiculturaAquaporin-mediated oocyte hydration is a developmentally regulated adaptive mechanism that co-occurs with meiosis resumption in marine teleosts. It provides the early embryos with vital water until ... -
Gonadotropin-Activated AndrogenDependent and Independent Pathways Regulate Aquaporin Expression during Teleost (Sparus aurata) Spermatogenesis
Boj, Mónica; Chauvigné, François; Zapater, Cinta; Cerdà Luque, Joan (PLoS ONE, 2015-11-17) AqüiculturaThe mediation of fluid homeostasis by multiple classes of aquaporins has been suggested to be essential during spermatogenesis and spermiation. In the marine teleost gilthead seabream (Sparus aurata), ... -
Role of aquaporins during teleost gametogenesis and early embryogenesis
Chauvigné, François; Zapater, Cinta; Cerdà, Joan (Frontiers in Physiology, 2011-09-30) AqüiculturaAquaporins are believed to be involved in homeosmotic mechanisms of marine teleosts. Increasing data suggest that these molecular water channels play critical roles associated with the adaptation of ... -
The pH sensitivity of Aqp0 channels in tetraploid and diploid teleosts
Chauvigné, François; Zapater, Cinta; Stavang, Jon Anders; Taranger, Geir Lasse; Cerdà, Joan; Finn, Roderick Nigel (FASEB Journal, 2015-02-09) AqüiculturaWater homeostasis and the structural integrity of the vertebrate lens is partially mediated by AQP0 channels. Emerging evidence indicates that external pH may be involved in channel gating. Here we ...