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The implications of upper-airway obstruction on successful infant feeding
Claire Kane Miller1, J Paul Willging
1Division of Speech Pathology, Cincinnati Children's Hospital Medical Center, Pavilion 2-12, Cincinnati, OH, USA. claire.miller@cchmc.org
Insights
Infants with upper airway obstruction struggle to coordinate sucking, swallowing, and breathing, impacting feeding and weight gain. Prioritizing a clear airway is crucial for safe oral feeding and infant health.
Area of Science:
- Pediatric Medicine
- Neurology
- Speech-Language Pathology
Background:
- Oral feeding in infants necessitates complex neuromuscular coordination of sucking, swallowing, and respiration.
- Upper airway obstruction (UAO) due to anomalies disrupts this coordination, leading to feeding inefficiency and impaired airway protection.
- This can negatively impact infant respiratory health and weight gain.
Purpose of the Study:
- To highlight the challenges in infant oral feeding associated with UAO.
- To emphasize the priority of securing a patent airway in managing these infants.
- To outline the role of speech-language pathologists in evaluating and managing oral feeding dysfunction in infants with UAO.
Main Methods:
- Clinical assessment of oral sensory-motor function and swallowing dysfunction signs.
- Consideration of instrumental assessments for objective data on airway protection and swallowing.
- Evaluation of feeding potential alongside airway obstruction management.
Main Results:
- Infants with UAO exhibit difficulties coordinating oral intake with breathing.
- Inefficient feeding and compromised airway protection are significant risks.
- Airway management strategies influence the approach to oral feeding evaluation and intervention.
Conclusions:
- A stable airway is paramount for infants with UAO before or during oral feeding assessment.
- Speech-language pathology assessment is vital for identifying and managing feeding issues.
- Interventions may include supportive medical/feeding strategies, tube feeding, or oral stimulation when safe and efficient.
Abstract:
Oral feeding in infants requires highly integrated sucking, swallowing, and respiratory sequencing controlled by the neurologic system. Rapid neuromuscular coordination of oral, pharyngeal, and esophageal phases of swallowing must be coordinated with respiration in the swallowing process. When obstruction is present in the upper airway secondary to anatomic or physiologic anomalies, disruption to the oral feeding process may occur. The infant will likely be unable to coordinate sucking and swallowing with breathing in an advantageous sequence. Inefficient feeding and difficulty with airway protection during swallowing may have serious implications regarding the infant's respiratory health as well as ability to gain weight adequately. A stable and patent airway is always the first priority in the management of the infant with upper-airway obstruction. Evaluation of the infant's potential for oral feeding may occur simultaneously with the initial evaluation of the degree of airway obstruction or it may occur following medical or surgical intervention for the airway obstruction. The evaluation process and management options for oral feeding will depend upon the method used to establish a patent airway. Clinical assessment by the speech-language pathologist includes a thorough assessment of oral sensory and motor mechanics, recognition of clinical signs and symptoms of swallowing dysfunction, and consideration of referral for instrumental assessment to obtain objective information regarding airway protection and swallowing function. A variety of medical and feeding interventions may be used to help support oral feeding to whatever extent is safe and efficient. Infants with significant oral feeding problems in the presence of airway obstruction may require a period of supplemental tube feeding and non-nutritive oral stimulation.
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