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Pierre Robin sequence presents with distinct features of retrognathia and glossoptosis with or without cleft palate, which results in potentially serious, life-threatening respiratory obstruction and feeding complications. A multidisciplinary approach is required to manage such complex features. This article describes a novel technique for managing Pierre Robin sequence using a flexible feeding obturator. This custom-made intraoral appliance overcomes numerous problems associated with the available feeding obturators and helps infants and parents cope with a variety of difficulties., (Copyright © 2017 Editorial Council for the Journal of Prosthetic Dentistry. Published by Elsevier Inc. All rights reserved.)

Large clefts in the lip and palate are common congenital anomalies. If the cleft palate is large enough, conventional feeding techniques may not provide proper nutrition for the infant. Feeding obturators will aid in the ability of the infant to attain suction and help the infant to feed adequately. It is necessary for the infant to have sustained weight gain prior to surgery to correct the cleft lip and/or palate. Fabrication of an infant feeding obturator is a simple technique using materials found in every dental office. An impression is made using modeling plastic impression compound. This impression is relined using irreversible hydrocolloid, and the resulting cast is used to enable a vacuum-formed obturator to be fabricated. The vacuum-formed obturator is smoothed and adjusted in the infant's mouth to ensure closure of the palate but allows pace posteriorly to allow normal breathing. The resulting obturator is well retained in the infant's mouth, allowing feeding.

Background: Newborns with cleft palate have a distorted maxillary arch at birth. Depending upon the type of cleft, infants suffer from a variety of problems, many of which are related to feeding difficulties. Feeding these babies is an immediate concern because there is evidence of delayed growth of children with cleft lip and palate (CLCP) compared to normal infants. Many methods have been devised to overcome these problems, including the use of special bottles, nipples, and initial obturator therapy., Review: A Pub Med search was conducted using the following search terms: feeding interventions in cleft lip and palate, feeding plate/obturator in cleft palate. All the relevant articles were studied and the reference list of selected articles was also studied. Effects of different feeding interventions in infants with cleft palate with special emphasis on obturators, based on descriptive reports, expert opinions, and available data from clinical trials was reviewed., Results: The combination of search terms generated a list of 74 articles out of which 51 articles were excluded based on analyses of abstracts and full texts. Three additional publications were identified by the manual search. A total of 26 relevant articles were selected which included randomised controlled trials and descriptive studies on feeding interventions and obturators., Conclusion: A single intervention may not fulfil all feeding requirements of infants with CLCP. Combined use of different feeding interventions such as palatal obturator, Haberman feeder, and breast milk pump and lactation education may successfully meet the feeding needs of both mother and child.

The immediate problem to be addressed in a new born with cleft lip and palate is the interference of feeding. Here we present a case of cleft lip and palate for which a feeding obturator was made to facilitate feeding till the defect could be surgically repaired. The design was modified by placing orthodontic wire on the acrylic plate for attaching the ties of mouth mask. Different precautionary measures undertaken while making impression for infant have also been described. Feeding appliance improved the sucking ability of the infant. The attachment of mouth-mask ties help in easy retrieval of the obturator intraorally in case of airway obstruction.

Feeding is a family's biggest concerns when a child is born with cleft lip and/or palate. The goal for that child is to have as near normal feeding as possible. This report presents fabrication of feeding plates in two infants born with cleft lip and palate using two different materials.

In humans, cleft palate (CP) is one of the most common malformations. Although surgeons use palatoplasty to close CP defects in children, its consequences for subsequent facial growth have prompted investigations into other novel surgical alternatives. The animal models of CP used to evaluate new surgical treatments are frequently obtained by creating surgically induced clefts in adult dogs. This procedure has been ethically criticized due to its severity and questionable value as an animal model for human CP. Dogs born with a congenital CP would be much better for this purpose, provided they developed CP at a sufficient rate and could be fed. Up until now, feeding these pups carried the risk of aspiration pneumonia, while impeding normal suckling and chewing, and thus compromising orofacial growth. We developed a technique for feeding dog pups with CP from birth to the time of surgery using two old Spanish pointer dog pups bearing a complete CP. This dog strain develops CP in 15-20% of the offspring spontaneously. Custom-made feeding teats and palatal prostheses adapted to the pups' palates were made from thermoplastic plates. This feeding technique allowed lactation, eating and drinking in the pups with CP, with only sporadic rhinitis. To determine whether the use of this palatal prosthesis interferes with palatal growth, the palates of three littermate German shorthaired pointer pups without CP, either wearing or not wearing (controls) the prosthesis, were measured. The results showed that the permanent use of this prosthesis does not impede palatal growth in the pups.

The clinical and laboratory procedures for fabricating a neonatal feeding obturator requiring only a single impression followed by relining of the plate are described. The technique involves the use of a specific custom tray and polysiloxane putty for the impression, autopolymerizing acrylic resin for the plate, and a soft liner for the relining procedure. In over a decade, an obturator plate applied with this technique in 81 newborns with cleft palate has obtained good nutritional and functional results.