A modified feeding plate for a newborn with cleft palate

Area of Science:

• Craniofacial Surgery
• Pediatric Dentistry
• Biomaterials Engineering

Background:

• Cleft palate represents a significant congenital maxillofacial defect impacting infant feeding and development.
• Existing feeding appliances may not adequately adapt to the dynamic changes in palatal and velopharyngeal structures during function.
• There is a need for improved feeding solutions that accommodate the evolving morphology in neonates with cleft palate.

Observation:

• A modified feeding plate was fabricated for a neonate with unilateral cleft lip and palate.
• The appliance featured a flexible bulb designed for optimal adaptation to the soft palate.
• Intraoral examination and nasoendoscopy were utilized to assess the fit and functional adaptation of the feeding plate.

Findings:

• The modified feeding plate effectively obstructed the soft palate defect, demonstrating excellent adaptation of its flexible bulb.
• Nasoendoscopic evaluation confirmed synchronized movement of the appliance's bulb with the soft palate during swallowing.
• The appliance's soft extension minimized irritation, leading to easy acceptance by the infant.

Implications:

• This modified feeding plate offers a promising solution for managing feeding difficulties in infants with cleft palate.
• The design's adaptability to dynamic velopharyngeal movements may enhance speech development and reduce aspiration risk.
• Further research into long-term outcomes and broader clinical application is warranted.