Innovative Classification System Introduced for Nasal Deformities in Infants with Cleft Lip and Palate

Sat 31st May, 2025

A new classification system has been proposed to effectively evaluate nasal deformities in infants with cleft lip and/or palate (CLP), according to a study published in The Journal of Craniofacial Surgery. Cleft lip and palate represent some of the most prevalent congenital anomalies, often accompanied by nasal deformities that are typically overlooked in standard classification frameworks.

While nasal deformities may initially appear to be a secondary concern at birth, they can become more pronounced as the child develops. These deformities can significantly hinder communication abilities, which are essential for social acceptance and a fulfilling life. Recognizing this critical issue, Dr. Mejia and colleagues have developed a standardized tool designed to enhance the assessment of CLP-related nasal deformities.

The newly proposed classification emphasizes clinically assessable features, such as septum symmetry, nasal tip projection, and nostril shape. Each characteristic is rated on a scale from moderate to severe, with clinicians guided by patient photographs. The system distinguishes between unilateral (affecting one side) and bilateral (affecting both sides) clefts, allowing for a tailored approach to evaluation.

The research findings indicate a high level of agreement among specialists utilizing the classification system on photographic assessments of nasal deformities. According to the results, there was 'excellent' consistency among the evaluators, with intraclass correlation coefficients (ICCs) showing stronger reliability for unilateral clefts (0.816) compared to bilateral clefts (0.743).

This classification system aims to serve as an accessible tool for clinicians assessing nasal deformities in infants with CLP. By focusing on easily identifiable features, it bridges the gap between novice and experienced practitioners, thus fostering consistent diagnoses and treatment strategies for CLP patients.

Looking ahead, a crucial next step involves evaluating the effectiveness of this classification tool in assessing the improvement of nasal deformities following cleft repair surgery and orthodontic interventions. The authors highlight the importance of monitoring changes in nasal classification scores over time, which would allow clinicians to gauge the effectiveness of various treatment options and identify areas that may require refinement.

The ongoing research suggests that this classification system not only facilitates better communication among healthcare providers but also enhances the overall care provided to infants with cleft lip and palate, ultimately leading to improved outcomes for these patients.


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