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To describe a specialty pediatric airway emergency cart developed as a multi-institutional quality improvement initiative for difficult pediatric intubations. This study was a retrospective case series at two academic tertiary care centers. Baseline data was compiled from consecutive difficult airway cases from 2018 to 2020 and presented to the performance improvement coordinating group to determine whether a specialty emergency airway cart would be of use. Implementation of a pediatric emergency airway cart was accomplished after presentation of these cases. To our knowledge, this is the first description of the use of a specialty pediatric airway cart to help in difficult airways requiring otolaryngologic assistance., Competing Interests: Declaration of competing interest The authors have no conflicts of interest relevant to this article to disclose., (Copyright © 2022 Elsevier Inc. All rights reserved.)

Abstract: Surgical management of the airway in children with Pierre Robin Sequence (PRS) includes tongue lip adhesion and mandibular distraction. Herein, the authors report the first case of an alternative surgical approach, the tongue base suspension (TBS).A full-term 5-week-old male with PRS with difficulty managing his airway through noninvasive mechanisms. A polysomnogram revealed severe obstructive sleep apnea (OSA) despite support. Parents desired the least invasive surgical approach, and therefore TBS was offered. Child underwent TBS without complications and weaned from 15L high flow to room air over 48 hours. Post-procedure polysomnogram revealed complete resolution of OSA. The child was discharged home without any supplemental support.The standard of surgical care for children with PRS has been either tongue lip adhesion or mandibular distraction. While their success is well-established, no alternatives have been considered. The authors demonstrate TBS can provide a less invasive, equally viable, and improved alternative in children with PRS., Competing Interests: The authors have no conflicts of interest to disclose., (Copyright © 2020 by Mutaz B. Habal, MD.)

The outbreak of COVID-19 has affected the globe in previously unimaginable ways, with far-reaching economic and social implications. It has also led to an outpouring of daily, ever-changing information. To assess the amount of data that were emerging, a PubMed search related to COVID-19 was performed. Nearly 8000 articles have been published since the virus was defined 4 months ago. This number has grown exponentially every month, potentially hindering our ability to discern what is scientifically important. Unlike previous global pandemics, we exist in a world of instantaneous access. Information, accurate or otherwise, is flowing from one side of the world to the other via word of mouth, social media, news, and medical journals. Changes in practice guidelines should be based on high-quality, well-powered research. Our job as health care providers is to mitigate misinformation and provide reassurance to prevent a second pandemic of misinformation.

Objective: To identify an age at which initiation of whole nut into the pediatric diet could be considered safe, by evaluating the age distribution of children undergoing bronchoscopy with removal of nut or seed material from the airway., Method: A retrospective chart review over a ten-year period identifying children age 0-18 that have undergone bronchoscopy with retrieval of airway foreign bodies. A statistical analysis of demographic data was carried out to identify age distribution of aspiration events., Results: Sixty-four cases of foreign body aspiration were identified, of which 43 (67%) were of organic origin, specifically nuts. A Fisher's exact test was carried out on the cumulative percentage of organic foreign body aspirations to identify the age distribution of nut aspiration events. A statistically significant decrease in organic foreign body aspirations occurred at approximately 36 months of age (p = 0.004)., Conclusion: Foreign body aspiration is a leading cause of accidental injury or death in children. Nut and other small organic foreign bodies account for a significant portion of accidental aspiration events, however, no guidelines exist regarding appropriate age of whole nut introduction into the diet. Our study suggests that 90% of pediatric nut aspiration events occur under the age of 36 months. We suggest supervised introduction of whole nuts between the ages of 3 and 4 years. Official guidelines regarding this should be considered by professional pediatric societies., Level of Evidence: 4.

The rapidly changing health care climate related to coronavirus disease 2019 (COVID-19) has resulted in numerous changes to health care systems and in practices that protect both the public and the workers who serve in hospitals around the country. As a result, these past few months have seen a drastic reduction in outpatient visits. With phased reopening and appropriate guidance, health care systems are attempting to return to normal. The experiences and lessons learned are described, and we provide guiding principles to allow for a safe and effective return to outpatient care.

The COVID-19 pandemic has had a dramatic impact on surgical workflows. There is an abundance of ever-changing information, and protocols are reflexively modified on a daily basis. As many otolaryngologic procedures are shown to have higher risk of viral transmission-so-called aerosol-generating procedures-it is imperative that multidisciplinary care teams be provided updated, timely, and consistent information. A single-page Guiding Principles surgical checklist was developed to discuss 7 key factors: patient information, staff wellness, risk minimization, prioritization, resource utilization, key society criteria, and communication. This was completed for every patient requiring otolaryngologic surgery and was distributed to the care teams involved. It provided the most information for those on the frontline and allowed for cogent pre-, intra-, and postoperative planning.

The COVID-19 pandemic has created a situation unparalleled in our lifetime. As the medical community has attempted to navigate a sea of ever-changing information and policies, this uncertainty has instead bred creativity, community, and evolution. Necessity is the mother of invention, and one of the by-products of our rapidly changing environment is the increased reliance on telemedicine. Here, we discuss our experience with incorporating telemedicine into an urban academic pediatric otolaryngology practice, the challenges that we have encountered, and the principles unique to this population.

Objective: To provide evolving information on active protocols regarding inpatient, outpatient, procedural, and surgical case management taking place in otolaryngology practices in response to COVID-19., Study Type: Cross-sectional multi-institutional survey., Methods: An online survey of 55 otolaryngology departments across North America., Results: As of March 25, 2020, almost all (n = 53 of 55, 96.3%) otolaryngology departments had canceled elective cases and were performing only urgent consults. Most residents continued to participate in operative cases (n = 45 of 49, 91.8%) and take call (n = 48 of 50, 96.0%). Of the respondents, 27 of 29 (93.1%) stated that they were deferring nonemergent tracheostomy procedures for the time being. The use of personal protective equipment followed a general trend of an increasing level of protection with an increased risk of the procedure; most (n = 49 of 54, 90.7%) incorporated N95 mask usage for bedside/clinic examinations with flexible laryngoscopy. Powered air-purifying respirators and N95 masks were used mainly for procedures involving the mucosal surfaces., Discussion: Due to the high viral density in the nasal cavity and nasopharynx of patients with COVID-19, basic examinations and common otolaryngology procedures place practitioners at high risk of exposure. Although there is variability in practice among otolaryngologists across North America in managing the COVID-19 outbreak, most are primarily seeing urgent ambulatory and inpatient consultations. Most are also incorporating personal protective equipment appropriate to the level of transmission across mucous membranes., Implications for Practice: In these rapidly evolving times, it is helpful to find solidarity and assurance among health care providers. Current data aimed to provide (1) perceived methods regarding the safe care of otolaryngology patients and (2) updated practice patterns at a national level.

The rapidly changing health care climate related to coronavirus disease 2019 (COVID-19) has resulted in numerous changes to health care systems and in practices that protect both the public and the workers who serve in hospitals around the country. As a result, these past few months have seen a drastic reduction in outpatient visits and surgical volumes. With phased reopening and appropriate guidance, health care systems are attempting to return to normal. Our institution has had the unique opportunity to already return operations back to full capacity. The experiences and lessons learned are described, and we provide guiding principles to allow for a safe and effective return to patient care., (© The Authors 2020.)

Objective: To identify the relationship of pediatric temporal fractures to the incidence and type of hearing loss present. To analyze the timing and utility of audiometric testing in children with temporal bone fractures., Methods: Retrospective case series of 50 pediatric patients with temporal bone fractures who were treated at an urban, tertiary care children's hospital from 2008 to 2014. A statistical analysis of predictors of hearing loss after temporal bone fracture was performed., Results: Fifty-three fractures (69.7%) in 50 patients involved the petrous portion of the temporal bone. The mean age of patients was 7.13 years, and 39 (73.6%) were male. A fall was the most common mechanism of injury in 28 (52.8%) patients, followed by crush injury (n=14, 26.2%), and vehicular trauma (n=10, 18.9%). All otic capsule violating fractures were associated with a sensorineural hearing loss (n=4, 7.5%, p=0.002). Three of four otic capsule sparing fractures were associated with ossicular dislocation, with a corresponding mixed or conductive hearing loss on follow up audiometric testing. The majority of otic capsule sparing fracture patients (n=19/43, 44.2%) who had follow up audiograms had normal hearing, and those with otic capsule violating fractures were statistically more likely to have persistent hearing loss than those with otic capsule sparing fractures (p=0.01)., Conclusions: Patients with otic capsule violating fractures or those with ossicular disruption are at higher risk for persistent hearing loss. Cost-saving may be accrued by selecting only those patients at high risk for persistent hearing loss for audiometric testing after temporal bone fractures., (Copyright © 2015 Elsevier Ireland Ltd. All rights reserved.)