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Background: First health care professionals arriving at the bedside in tracheostomy-related emergencies are rarely the surgical subspecialists who placed the tracheostomy and are unfamiliar with the relevant anatomy and tracheostomy specifications for the individual patient. We hypothesized that implementing a bedside airway safety placard would increase caregiver confidence, understanding of airway anatomy, and management of patients with a tracheostomy. Methods: A prospective survey study was performed by distributing a tracheostomy airway safety survey before and after implementation of an airway safety placard in a 6-month study period. Placards emphasizing critical airway anomalies as well as emergency management algorithm suggestions designed by the otolaryngology team at the time of tracheostomy were placed at the head of the bed and traveled with the patient during transport around the hospital. Results: Of 377 staff members requested to complete the surveys, 165 (43.8%) responses were obtained, and 31 (8.2% [95% CI 5.7-11.5]) paired pre- and post-implementation responses were recorded. Differences were found in the paired responses, including increases in the domains of confidence (P = .009) and experience (P = .01) post implementation. Less experienced providers (≤ 5 y of experience) (P = .005) and providers from neonatology (P = .049) demonstrated improved confidence post implementation, which was not observed in their more experienced (> 5 y) or respiratory therapy counterparts. Conclusions: Given the limitations of a low survey response rate, our findings suggest that an educational airway safety placard initiative can be a simple, feasible, and low-cost quality improvement tool to enhance airway safety and possibly decrease potentially life-threating complications among pediatric patients with a tracheostomy. The implementation of the tracheostomy airway safety survey at our single institution warrants a larger multi-center study and validation of the survey. [ABSTRACT FROM AUTHOR]

Objectives: Extensive literature exists documenting disparities in access to healthcare for patients with lower socioeconomic status (SES). The objective of this study was to examine access disparities and differences in surgical wait times in children with the most common pediatric otolaryngologic surgery, tympanostomy tubes (TT). Methods: A retrospective cohort study was performed at a tertiary children's hospital. Children ages <18 years who received a first set of tympanostomy tubes during 2015 were studied. Patient demographics and markers of SES including zip code, health insurance type, and appointment no-shows were recorded. Clinical measures included risk factors, symptoms, and age at presentation and first TT. Results: A total of 969 patients were included. Average age at surgery was 2.11 years. Almost 90% were white and 67.5% had private insurance. Patients with public insurance, ≥1 no-show appointment, and who lived in zip codes with the median income below the United States median had a longer period from otologic consult and preoperative clinic to TT, but no differences were seen in race. Those with public insurance had their surgery at an older age than those with private insurance (P <.001) and were more likely to have chronic otitis media with effusion as their indication for surgery (OR: 1.8, 95% CI: 1.2-2.5, P =.003). Conclusions: Lower SES is associated with chronic otitis media with effusion and a longer wait time from otologic consult and preoperative clinic to TT placement. By being transparent in socioeconomic disparities, we can begin to expose systemic problems and move forward with interventions. Level of Evidence: 4 [ABSTRACT FROM AUTHOR]

Introduction: Our objective was to assess the utility of using lesion-mapping software to calculate precise orbital volumes to predict patients who would benefit from early surgical intervention. Methods: We retrospectively reviewed patients diagnosed with subperiosteal orbital abscess (SPOA) secondary to sinusitis at a tertiary pediatric hospital from 2005 to 2016. Diagnoses were confirmed by CT scans. Lesion-mapping software was used to measure SPOA volume using initial CT images. Data collected included patient demographics, length of hospital stay, and subsequent medical or surgical treatment. Results: Thirty-three (52%) patients ultimately underwent surgical intervention, while 30 (48%) were managed medically. Between the surgical and medical groups, there were no differences in gender, age, or comorbidities. The surgical group had larger abscess volumes than the medically managed group (0.94 mL vs. 0.31 mL, p < 0.01). Overall, increased SPOA volume was associated with increased age (Pearson's coefficient = 0.374, p ≤ 0.01) and increased total days of intravenous (IV) antibiotic administration (Pearson's coefficient = 0.260, p = 0.039). Patients who underwent surgery on the day of admission had 25% shorter hospital stay than patients who had delayed surgery (p < 0.01). Our calculated sensitivity-optimized SPOA volume cutoff of 0.231 mL yielded sensitivity of 90.9% and specificity of 70.0%. Conclusions: This is the first study to use lesion-mapping software for precise calculation of SPOA volumes, which can help refine indications for early surgical intervention and help decrease length of hospital stay. [ABSTRACT FROM AUTHOR]

Subperiosteal orbital abscess (SPOA) is a serious suppurative complication of pediatric sinusitis. The objective of this study is to stratify patient selection into those best treated medically versus surgically based on clinical outcomes. This is a retrospective review of patients diagnosed with SPOA complicating sinusitis treated at a tertiary care pediatric hospital from 2002 through 2016. SPOA was diagnosed by CT scan. Characteristics evaluated include demographics, abscess size, location, and measurements, length of hospital stay, medical and surgical interventions, presenting symptoms, and complications. A total of 108 total SPOA secondary to sinusitis patients were included. A majority, 72.2%, were male with an average age at presentation of 6.8 years. The mean ± standard deviation abscess cubic volume was 0.98 ± 1.27 cm3 (median(range) = 0.44(0.01–7.34 cmcm3)). With an abscess volume of 0.510 cm3, there was a sensitivity of 71.2% and a specificity of 84.4% for needing surgical drainage. Those with large abscesses at our volume threshold were 13 times more likely to require surgery than those with small abscesses, OR: 13.41, 95%CI: 5.02–35.86, p <.001. Patients that required surgery had an abscess closer to the orbital apex with the majority, 25 (61.0%), being the most proximal to the apex, p =.004. The likelihood of surgery decreased with increased distance from the orbital apex in medial abscesses (OR:.92, 95%CI: 0.86-0.98, p =.009). In the pediatric population, SPOA is a serious consequence of sinusitis. This study provides evidence supporting that larger abscess size is a significant risk factor for requiring surgery. The appeal of our study is that it provides evidence and support that employ clinical parameters already assessed as standard practice in evaluating these patients. In summarizing the clinical translational relevance of our study, when determining whether to treat a patient with surgery and antimicrobial/medical therapy vs. non-surgical medical therapy alone, the clinician should focus on size of 0.510 cm3 or larger for abscesses in any location as a relative indication for surgery. [ABSTRACT FROM AUTHOR]