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Objectives: To explore long-term patient reported outcome (PRO) measures of pediatric paradoxical vocal cord motion (PVCM) including ease of diagnosis, management, symptom duration and effect on quality of life. Methods: All children >8 years of age diagnosed with PVCM at a tertiary pediatric hospital between 2006 and 2017 were invited to complete a survey addressing study objectives. Results: 21/47 eligible participants could be contacted and 18/21 (86%) participated. 78% were female with a mean age at diagnosis of 11.6 and 15.0 years at survey completion. Common PVCM symptoms reported were dyspnea (89%), globus sensation (56%), and stridor (50%). The median time to diagnosis was 3 months (IQR 2-5 months). Nearly all reported being misdiagnosed with another condition, usually asthma, until being correctly diagnosed usually by an otolaryngologist. Participants reported undergoing 3.7 diagnostic studies (range 0-8); pulmonary function testing was most common. Of numerous treatments acknowledged, breathing exercises were common (89%) but only reported helpful by 56%. Use of biofeedback was recalled in 1/3 of subjects but reported helpful in only 14% of them. Anti-reflux, allergy, anticholinergics, inhalers and steroids were each used in >50%, but rarely reported effective. PVCM was reportedly a significant stressor when initially diagnosed but despite 2/3 of participants still reporting ongoing PVCM symptoms, the perceived stress significantly decreased over time (Z = 3.26, P = 0.001). Conclusions: This first PVCM PRO study endorses that diagnosis is often delayed and prescribed treatments often viewed as ineffective. While biofeedback and breathing exercises may be critical for short-term control of PVCM episodes, lifestyle changes and stress reduction are likely necessary for long-term management. Increased awareness and improvements in management are needed for this condition. [ABSTRACT FROM AUTHOR]

Objective: Multidisciplinary clinics offer important value to pediatric patients with complex conditions that overlap specialties; however, such labor-intensive clinics are difficult to facilitate. We performed a cost analysis of our pediatric multidisciplinary aerodigestive clinic (MADC) to assess its financial feasibility at our tertiary care institution. Method: Revenue was based on net collections for clinic, professional, and hospital setting charges generated during 12 consecutive monthly MADCs beginning August 2013. Clinic charges included facility and speech pathologist fees. Professional charges included clinic and operative fees generated by providers and anesthesiologist. Hospital setting fees included facility and material charges for technical procedures. Direct expense calculations included all providers and staff salaries, benefits, and supply costs. Results: Charge capture for 54 consecutive patients seen during the study time included new visits 99203-99205 (n = 63), consults 99243-99245 (n = 60), and follow-up visits 99212-99215 (n = 196). Sixty percent of patients underwent a clinic nasopharyngeal or laryngeal endoscopy (92511 or 31575), and 60% underwent subsequent intraoperative procedures with 1 (n = 8) or 2 to 3 services (n = 24). Program net revenue totaled $828 136 and direct costs $518 867, accounting for a net positive margin of $309 269. Conclusions: When including direct downstream revenue, our MADC operates on a net positive margin, making it financially feasible. [ABSTRACT FROM AUTHOR]

Objectives: Knowledge of the length between the upper esophageal sphincter (UES) and the lower esophageal sphincter (LES) in pediatric patients is essential for intraluminal impedance and dual pH probe recordings. Methods; We measured the vertical distance between the true vocal cords (TVCs) and the LES in chest x-rays (CXRs) of 118 children (ages, 6 weeks to 13 years) and measured the vertical distance between the UES and the LES during endoscopy in 31 patients (ages, 14 months to 17 years) and correlated the measurements to height, weight, and age. Results: Esophageal length correlated best with patient height (R = 0.96 by CXR, R = 0.88 by endoscopy) and less well with weight (R = 0.87, R = 0.67) and age (R = 0.94, R = 0.86). Linear regression analyses using radiographic measurements revealed that esophageal length (TVC to LES) can be estimated from a patient's height by the following equation: 1.048 + 0.167 × height (in centimeters). With the upper pH probe placed in the hypopharynx at the TVC level and the inferior probe placed in the esophagus 3 to 6 cm above the LES, the patients were divided into 6 groups corresponding to the currently available number of sizes of dual pH-impedance probes. With the patients" heights between 71.5 and 161.3 cm, 64.7% to 100% of patients were within I cm of the desired location with preselected probes. Confirmation of placement was performed with CXR. Conclusions: A pediatric patient s height can be used to estimate the esophageal length (TVC to LES) and facilitate the selection of dual pH-impedance probes. Our method decreases the risk of morbidity while increasing the accuracy of the study of extraesophageal reflux disease. [ABSTRACT FROM AUTHOR]

Pediatric airway stenosis challenges the treating surgeon, from the initial evaluation and decision-making process to the final postoperative care and follow-up setting. As our approach to these cases evolves, we must critically evaluate our outcomes in reference to our stated goals. We describe our process in treating this population and critically examine our outcome data from 1990 to the present. Emphasis is placed on selection of procedure and postoperative management. [ABSTRACT FROM AUTHOR]