Hospital utilization for orbital and intracranial complications of pediatric acute rhinosinusitis.

BACKGROUND: Orbital and intracranial complications of pediatric acute rhinosinusitis (ARS) are uncommon. With a risk of significant morbidity, hospital utilization and the financial burden of these entities are often high. We sought to assess utilization trends for complicated ARS and elucidate which factors influence cost. METHODOLOGY: Analysis of Kids' Inpatient Database (2006, 2009 and 2012). Children were selected based on diagnosis codes for ARS and grouped as: uncomplicated ARS, orbital complications (OC), or intracranial complications (IC). Patients with IC were subdivided into abscess (ICa), meningitis, or sinus thrombosis. Length of stay (LOS), cost and management information were analysed. Data presented as median [IQR]. RESULTS: A weighted total of 20,775 children were included. OC and IC were observed in 10.9% and 2.7% of these patients. LOS was longer for IC compared to OC (9 [8] v 4 [3]days, p < 0.001). Daily cost for IC was greater than OC ($2861 [4044] v $1683 [1187], p < 0.001), likely due to differences in need for surgery (IC 66.3% v OC 37.1%, p < 0.001). Within the ICa group, patients who received both otolaryngologic (ENT) and neurosurgery, compared to neurosurgery alone, had higher total cost ($41,474 [41,976] v $32,299 [18,235], p < 0.001) but similar LOS (12 [10] v 11 [9] days, p = 0.783). CONCLUSIONS: Children with IC required more surgery than their OC counterparts, resulting in a longer LOS and increased cost. Within the ICa group, the addition of ENT surgery to neurosurgery resulted in higher costs, but with a similar LOS. Considering the increased costs, the additional benefit of ENT surgery to those with children with IC should be investigated further.

Hospital charges for dental caries related emergency admissions.

PURPOSE: The purpose of this investigation was to develop and test a model for identifying hospital charges resulting from patient admissions through the emergency room of a children's hospital to manage pediatric nontraumatic dental disease. METHOD: Model development involved data identification and collection at Children's Medical Center of Dallas, Texas. Its utility was tested in 4 children's hospitals across the United States. RESULTS: The model proved effective in determining hospital charges for pediatric caries-related admissions. Diagnosis codes assigned at the time of admission were not specific enough to limit identification to nontraumatic dental admissions. Extensive review of patient records determined that only one-third of admitted patients identified by the model were caries-related admissions. Fifty-two children were identified who were admitted to the 5 children's hospitals in 1997 due to dental caries or its complications. Median hospital charge per admission was $3,223 and the total hospital charges for these 52 children was $250,000. CONCLUSIONS: More specific ICD-9 diagnosis codes should be developed to identify these patients.