International Pediatric Otolaryngology Group (IPOG) Consensus Recommendations: Congenital Cholesteatoma.

OBJECTIVE: To provide recommendations to otolaryngologists and allied physicians for the comprehensive management of children who present with signs and symptoms of congenital cholesteatoma. METHODS: A two-iterative Delphi method questionnaire was used to establish expert recommendations by the members of the International Pediatric Otolaryngology Group, on the preoperative work-up, the perioperative considerations, and follow-up. RESULTS: Twenty-two members completed the survey, in 14 tertiary-care center departments representing 5 countries. The main consensual recommendations were: a precise otoscopic description of the quadrants involved, extensive audiological workup (bilateral tonal, vocal audiometry, and BERA), and a CT scan are required. Facial nerve monitoring and a combination of microscope and telescope are recommended for surgical removal. Clinical and audiological follow-up should be pursued yearly for at least 5 years. First MRI follow-up should be done at 18 months postoperatively if the removal violated the matrix. MRI follow-up duration depends on the initial extent of the cholesteatoma. CONCLUSION: The goal of preoperative and follow-up consensus from International Pediatric Otolaryngology Group participants is to help manage infants and children with congenital cholesteatoma. The operative techniques may vary, and experienced surgeons must perform these procedures.

International Pediatric Otolaryngology Group (IPOG) consensus recommendations: Hearing loss in the pediatric patient.

OBJECTIVE: To provide recommendations for the workup of hearing loss in the pediatric patient. METHODS: Expert opinion by the members of the International Pediatric Otolaryngology Group. RESULTS: Consensus recommendations include initial screening and diagnosis as well as the workup of sensorineural, conductive and mixed hearing loss in children. The consensus statement discusses the role of genetic testing and imaging and provides algorithms to guide the workup of children with hearing loss. CONCLUSION: The workup of children with hearing loss can be guided by the recommendations provided herein.

Transnasal endoscopic repair of choanal atresia in a tertiary care centre: a review of outcomes.

INTRODUCTION/AIM: Choanal atresia (CA) is an obliteration, in newborns, of the airway at the level of posterior nasal aperture resulting in absence of connection between the nasal cavity and the aerodigestive tract. It is rare, with incidence of 1 in 7000 live births. This review is aimed at assessing the factors influencing the outcome of transnasal endoscopic repair of CA in a tertiary referral children's hospital. MATERIAL/METHOD: A retrospective study was carried out between 2002 and 2009. 31 children; 14 boys and 17 girls, age range 1 day to 15 years, mean 23.4 months were included. Unilateral presentation was 19 (11 right, 8 left) and bilateral was 12. All patients had transnasal endoscopic repair under direct vision. Nasal stents were placed for varying duration (range 4-12 weeks) or nasopharyngeal airways (removed within 24h) were inserted at time of surgery. Patients were monitored for re-stenosis and revisions carried out as necessary, with a mean follow-up of 11.9 months. RESULTS: 54.7% (n=17) of patients had re-stenosis requiring revision surgery. Of these, 41.1% (n=7) had success after the 1st revision, 20% had success after the 2nd revision while 12.3% had success after the 3rd revision. One patient required more than four revisions. 80% of re-stenosis requiring revisions occurred in children who had surgery under 10 months of age and of these, approx. 42% were 1-week-old or younger. 57% of those who had stents for 4-6 weeks (n=15) had re-stenosis requiring revision while only 33.3% of those who either had no stents or had NP airways removed within 24h (n=16) had re-stenosis (P=0.019). The re-stenosis rate was comparable for those who had mitomycin (53%) versus those who did not (60%). CONCLUSION: Transnasal endoscopic repair of CA is effective and safe and provides the benefit of surgery under direct vision. Age 1 week or less was a predictive factor for re-stenosis. Intranasal stents was also associated with increased incidence of re-stenosis and the use of mitomycin C does not seem to have any significant effect on re-stenosis.

A simple and reliable predictor for an adequate laryngeal view with rigid endoscopic laryngoscopy.

OBJECTIVES: It is sometimes impossible to obtain an adequate laryngeal view during rigid endoscopic laryngoscopy. This may be due to a high tongue base. Our study seeks to determine a correlation between tongue base level and the adequacy of laryngeal view obtained with a 70-degree rigid endoscope. STUDY DESIGN AND SETTING: Over a period of 4 months, patients from a voice clinic were gathered and categorized into class I to III according to Mallampati et al (1985). Rigid laryngo-videostroboscopy was conducted to assess the larynx and the adequacy of the view was recorded. RESULTS: 74 patients were recruited. The number of adequate views were: class I = 18/20 (90%); class II = 20/33 (60.6%); class III = 7/21 (33.3%). chi 2 analysis demonstrated significance trend in all 3 classes. CONCLUSION: The level of the tongue base correlated well with the adequacy of laryngeal view obtained from a 70-degree rigid endoscope. This can be used to predict the success of obtaining adequate views during rigid laryngoscopy.

A histological comparison of deep and superficial lobe pleomorphic adenomas of the parotid gland.

BACKGROUND: Excision of parotid superficial lobe pleomorphic adenomas requires removal of a surrounding cuff of normal parotid tissue. Less aggressive dissection in removing pleomorphic adenomas that occur in the deep lobe of the parotid gland does not seem to compromise prognosis in these patients. We attempted to define histologic characteristics, differentiating superficial and deep lobe tumors, in an attempt to explain this clinical phenomenon. METHOD: Thirty-one pleomorphic adenomas, 12 deep-lobe tumors, and 19 superficial lobe tumors were analyzed and compared, looking at tumor size, capsule thickness, penetration of tumor through capsule, and predominant cell types present. RESULTS: The superficial lobe tumors had significantly thinner capsules (p =.02). There was increased extracapsular extension of tumor in the superficial lobe group compared with the deep lobe group (79% and 58%, respectively). The tumors were larger in patients with deep lobe lesions (2.6 cm vs 3.6 cm). There was no difference in predominant cell types. CONCLUSIONS: The anatomic location of deep lobe tumors is a likely explanation for the histologic differences observed in this study. These important differences allow less aggressive dissection in deep lobe tumors without compromising prognosis.

The use of cortical evoked response audiometry in the assessment of noise-induced hearing loss.

OBJECTIVES: The study aims were to determine the incidence of exaggerated hearing thresholds in individuals complaining of noise-induced hearing loss (NIHL) as a result of impulse noise using cortical evoked response audiometry (CERA) and to identify any associated audiometric features. SETTING: We conducted an office-based study. STUDY DESIGN: In this prospective case series, 1154 males complaining of NIHL were assessed with pure tone audiometry; 673 had CERA. Pure tone averages (PTA) and hearing disability were calculated using the Irish and American Medical Association systems. A PTA of >10 dB worse than the CERA average was considered evidence of exaggerated thresholds. RESULTS: The mean PTA was 33 dB. Seventy-two percent had a hearing disability of an average of 26% when assessed by the Irish system. Fifty-four percent had a hearing disability of an average of 30% when assessed by the American Medical Association system. Twenty-six percent of subjects had exaggerated thresholds based on CERA. A binaural hearing threshold of >25 dB at 500 Hz had a sensitivity of 94% and a specificity of 59% for the detection of exaggerated thresholds. CONCLUSION: Exaggerated hearing thresholds are common. A hearing threshold of >25 dB at 500 Hz should be considered an indication for CERA testing.