Hypoxic conditions alter developing branchial arch-derived structures in zebrafish

• Główni autorzy: Trish E Parsons (Autor), Seth M Weinberg (Autor), Michael Tsang (Autor), Alexandre R Vieira (Autor)
• Format: Książka
• Wydane: University Library System, University of Pittsburgh, 2014-08-01T00:00:00Z.
• Hasła przedmiotowe: article
• Dostęp online: Connect to this object online.

Background: Previous epidemiological findings have implicated hypoxia as a risk factor for craniofacial defects including cleft lip, microtia and branchial arch anomalies. This study tests the hypothesis that hypoxic exposure results in craniofacial shape variation in a zebrafish model. Methods: Thr...