¶ … teaching and learning to patients with dysphagia. The situation involves the researcher's own personal experience teaching a Mom of 16-month-old diagnosis with dysphagia and how to learn how to feed him. This paper discusses the client's background, learning objectives, learning needs, outcomes, teaching strategies, and evaluation of outcomes and provides guidance for a mother facing these same issues.
Infants and children need to consume sufficient amount of nutrients in order to grow. Swallowing difficulties has an effect on dietary intake and affects a child's growth and development. For this reason, it is important to manage dysphagia in pediatrics.
Dysphagia is a disruption in swallowing that compromises safety, efficiency, or adequacy of nutritional intake. Swallowing and breathing share a common space in the pharynx, and problems in either of these processes can affect a child's ability to protect their airway during swallowing and ingestion of fluid or food safely.
About 1% of children in the population will experience swallowing difficulties. Children who have cerebral palsy, traumatic brain injury, and airway malformations are more at risk of developing dysphagia.
During normal swallowing, the laryngeal vestibule closes, which protects the airway and ensures that the food or fluid ends up in the gastrointestinal tract and not in the respiratory tract. Aspiration occurs when the food enters the airway. Choking occurs when food blocks the airway, causing airway obstruction and affects the child's ability to breathe (Dodrill & Gosa, 2015).
Oropharyngeal dysphagia is used to diagnose a child who has unexplained respiratory complications. Oropharyngel dysphagia can be diagnosed using a video fluoroscopic swallowing study (VFSS). VFSS is different from a barium swallow that the focus is more on the oral cavity, pharynx, and esophagus as the patient ingests multiple volumes of solids and liquids. The goal of VFSS is to determine swallowing safety, identify effective strategies, establish an appropriate diet, and evidence-based plan. The VFSS focuses more on the oropharyngeal function whereas the barium swallow is pharyngoesophagel structures (East, Nettles, Vansant, & Daniels, 2014).
The management of dysphagia should be tailored to a patient's needs. The treatment is mostly delivered by speech language pathologists (SLT). SLT play a primary role in the evaluation and treatment of infants, children, and adults with swallowing and supported nutrition disorders. Speech-language pathologists are qualified to assume this responsibility because of their knowledge of the aero digestive tracts. They evaluate the stages of the swallow and make recommendations to physicians, nurses, dieticians, and family members regarding dysphagia management (Tanner & Culbertson 2014).
It is important for the clinical staff to recognize the importance of dysphagia and adhere to treatment. Nursing staff play an important role in the management of a dysphagic patient, starting with the screening for suspected swallowing difficulties. (Tanner & Culbertson 2014).
Personal Interaction
A patient who I took care of was admitted with increased respiratory distress after having tonsillectomy and adenoidectomy. He was not gaining weight and failed his swallow study. NB is a 16-month-old with chronic history of acute respiratory distress, bronchopulmonary dysplasia, pulmonary hypertension, hypertrophy of tonsils, developmental delayed, hypoxemia, obstructive sleep apnea, had left germinal matrix hemorrhage without extension, and ROP. ROP was treated with laser therapy. PDA was closed via indocin. He has mild pulmonary hypertension by echo but no treatment was required. He was born at 26 weeks SVD, spent 3 months in the NICU at BWH. He was incubated for 8 weeks, had ecoli/MRSA at 10 weeks, on CPAP for 3 weeks, and was discharged home with 02 via nasal canal. He takes 0.125 liters NC at home. He is followed by Dr. Rhein for bronchopulmonary disease. He takes beclomethasone BID, and Albuterol prn.
He was admitted on 3/10/16 to the MICU with increased respiratory distress and fever after planned DLB, tonsillectomy and adenoidectomy, and maxillary frenulectomy. He was incubated because he was positive for the flu. He was on mechanical ventilation because his 02 saturation ranged from 86% to 97%. From 3/16 to 3/26 he was incubated and mechanically ventilated and extubated to CPAP on 4/1. He was then weaned to nasal cannula. Based on his exam was found to be hypotonic, had difficulty swallowing, and failed his swallow study. He had an NG tube placed. He is on pediasure 30 kcal/oz, intermittent feeds 170 ml through NG tube 5 times a day, smooth purees, and liquid to nectars/needs to be thicken.
NB and Mom live with paternal grandparents. Mom is not working, and looking for a place to live. Mom left job to care for NB full time, and housing is an issue.
Below is a plan of care of NB:
Learning Objectives
Upon discharge, NB's Mom will be able to:
Identify factors that affect nutrition.
Recognize barriers to good nutrition.
Explain treatment...
In order to promote adequate milk production, pacifiers and supplementary liquids should be avoided for the first six months. An oversupply of milk can make feedings difficult for the mother and infant, and this should be remedied promptly. Offering only one breast per feeding and lengthening the feeding time can help, as can reducing milk volume before feedings by hand expressing. Breast engorgement can occur within the first few
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