Abstract:This article systematically reviews the progress in the diagnosis and treatment of congenital nasal malformation-related syndromes. Starting from the basics of embryonic development and the evolution of classification systems, it focuses on analyzing the nasal phenotypes, molecular mechanisms, and multidisciplinary treatment strategies of three types of syndromes: craniosynostosis (such as Apert syndrome), neural crest cell migration disorders (such as CHARGE syndrome), and midline developmental defects (such as Binder syndrome). Research shows that these diseases have significant clinical commonalities: multi-system involvement leads to functional needs taking precedence over aesthetic repair; complex anatomical structures; high genetic heterogeneity; and long treatment cycles with high recurrence risks. It particularly emphasizes that genetic testing can precisely identify the pathogenic mechanism, and individualized surgical intervention is the core strategy for balancing functional reconstruction and aesthetic improvement. By integrating embryological insights, genetic discoveries, and clinical practices, this review provides a systematic theoretical framework and practical reference for the diagnosis and treatment of complex congenital nasal malformation syndromes.