ENT Mentorship Program for Preclinical Medical Students.

OBJECTIVE: To provide preclinical medical students early access to otolaryngologists to learn about the specialty, facilitate acquisition of clinical skills, and provide one-on-one mentorship. METHODS: Students are matched with a single otolaryngology faculty mentor from The Ohio State University/Nationwide Children's Hospital and attend 8 hours per month in the clinic or operating room, monthly lectures, and rounds, and they give a final presentation. Mentors complete performance evaluations, and surveys are administered longitudinally until Match Day. RESULTS: Thirty-five students and 17 faculty members have participated in the program since 2015. All mentors and students found the program to be a valuable experience. When compared to nonparticipating students, participants had significantly higher confidence scores for clinical performance, knowledge of anatomy, and familiarity with the department of interest. All students felt the program prepared them well for third and fourth years, and all 8 of the initial program participants successfully matched into residency with 4 entering otolaryngology. DISCUSSION: Medical students face a competitive residency application process in otolaryngology with limited exposure, which creates an opportunity for guidance in the pursuit of matching into this field. This novel preclinical mentorship program prepares students for their clinical years and residency by facilitating acquisition of various competencies. Students gain hands-on clinical exposure in a field of interest and support for navigating the application process. IMPLICATIONS FOR PRACTICE: The structure of this program can be applied to other medical schools or specialties if the individual departments contain adequate resources of teaching faculty willing to participate.

Treatment of Facial Dog Bite Injuries in the Emergency Department Compared to the Operating Room.

OBJECTIVE: To assess factors associated with repair of facial dog bites in the emergency department (ED) versus the operating room (OR) and to compare rates of surgical site infection and reoperation for each venue. STUDY DESIGN: Case series with chart review. SETTING: Single institution. SUBJECTS AND METHODS: All patients younger than 18 years of age who underwent surgical repair by a consulting surgical service within 24 hours of presentation for facial dog bites between 2010 and 2013 were included. Demographics, site of injury, associated evidence of complex injury, surgical site infections within 30 days, and reoperation within 2 years were compared between patients undergoing surgical repair in the ED versus the OR. RESULTS: One hundred sixty-five patients were evaluated; 75 patients underwent repair in the ED, and 90 patients were treated in the OR. Patients treated in the ED underwent surgery more promptly than patients treated in the OR (median time from arrival to procedure start 3.3 vs 6.8 hours, P < .001). Patients treated in the OR were more likely to have longer lacerations (3.0 cm vs 7.8 cm, P < .001), lacerations of the eyelid (17% vs 42%, P = .001), involvement of multiple regions of the face (11% vs 22%, P = .039), and multiple indicators of severe injury (3% vs 12%, P = .024). There were no differences in surgical site infections (1% vs 1%, P = .721) or reoperation rates (5% vs 13%, P = .071). CONCLUSIONS: Surgical management of pediatric facial dog bites may be successfully performed in both the ED and OR settings. Severity of the injury should dictate the choice for management.

Low rate of positive bronchoscopy for suspected foreign body aspiration in infants.

OBJECTIVES: To describe our institution's low rate of positive bronchoscopy in infants suspected of inhaling a foreign body. STUDY DESIGN: Retrospective chart review. METHODS: A retrospective review was performed of patients at a tertiary children's hospital with suspected inhalation of a foreign body. Charts were reviewed for demographic information, radiologic findings, operative reports, and respiratory viral panels were reviewed. RESULTS: Sixteen pediatric patients under 12 months of age were identified from 2008 to 2016 with a diagnosis of possible airway foreign body inhalation who underwent emergent bronchoscopy. Of these patients, only one was positive for a foreign body present in the airway. The remaining 15 children were found to have a negative direct laryngoscopy and bronchoscopy evaluation for a foreign body. Of these fifteen patients, 14 were found to have structural airway abnormalities and 7 tested positive for a respiratory viral infection. CONCLUSIONS: Our institution has a low rate of positive bronchoscopy for highly suspected foreign body inhalation in a group of patients less than 12 months of age. Patients presenting with respiratory distress, stridor, or other airway symptoms were often found to have an underlying airway abnormality or viral infection, which coupled with an unclear history, would increase the suspicion for an airway foreign body and subsequent decision to perform bronchoscopy. In stable patients, diagnostic evaluation for an underlying respiratory infection should be performed in these cases. LEVEL OF EVIDENCE: Case Series.

Emergent sclerotherapy of a newborn with expanding lymphatic malformation causing respiratory distress.

The present report describes a case of acute airway obstruction in a newborn caused by an expanding hemorrhagic macrocystic lymphatic malformation (LM), which was successfully treated with emergent decompression and interventional radiology-guided sclerotherapy. The use of sclerotherapy for macrocystic LMs has been well described for various indications. The urgent interventional treatment obviated the need for a tracheostomy. This case describes the rapid diagnosis and use of sclerotherapy in a large expanding macrocystic LM.

Outcomes in pediatric patients with recreational vehicle related forceful head impact.

PURPOSE: To compare outcomes in pediatric patients suffering forceful head impact during recreational vehicle use to patients with forceful head impact from other mechanisms. METHODS: Retrospective cohort study of all patients 3-18 years old who suffered forceful head impact (any traumatic mechanism strong enough to result in a face or skull fracture) in our institutional trauma registry between January 2011 and September 2013. RESULTS: Out of 252 events involving forceful head impact, 64 events were a result of riding a recreational vehicle. Although there is no difference in rates of temporal bone fractures, recreational vehicle accidents have higher rates of otic capsule violation (21% vs. 5%) and higher rates of hearing loss (30% vs 16%) compared to patients with forceful head impact from other mechanisms. All incidents of otic capsule violation and sensorineural hearing loss in recreational vehicle accidents were associated with a temporal bone fracture. CONCLUSION: Despite the increasing use of head protective gear while operating a recreational motor vehicle there is still heightened risk for temporal bone fractures and subsequent hearing loss. The comparative associations in this study suggest that helmets used with recreational vehicles do not protect the temporal bone thus leaving vital structures within the otic capsule at risk for damage and long term consequences. When treating these patients Otolaryngologists should be aware of the elevated risk of otic capsule violation and late hearing loss with temporal bone fractures.