Search

To illustrate how quality improvement can produce unexpected positive outcomes.We compared a retrospective review of perioperative management and outcomes of baseline 122 pediatric total thyroidectomies to 121 subsequent total thyroidectomies managed by an Electronic Medical Record protocol in a large, free-standing children's healthcare system. Process measures included serum calcium measurement 6-12 hours postoperatively; parathyroid hormone measurement 6 hours postoperatively; preoperative iodine for Graves disease, and postoperative prophylactic calcium carbonate administration. In addition, we completed 4 Plan-Do-Study-Act (PDSA) cycles, focusing on implementation, refinement, usage, education, and postoperative calcitriol administration. The primary outcome included transient hypocalcemia during admission.All perioperative process measures improved over PDSA cycles. Measurement of postoperative serum calcium increased from 42% at baseline to 100%. Measurement of postoperative PTH increased from 11% to 97%. Preoperative iodine administration for Graves disease surgeries improved from 72% to 94%. Postoperative calcium carbonate administration increased from 36% to 100%. There was a trend toward lower rates of severe hypocalcemia during admission over the subsequent PDSA cycles starting at 11.6% and improving to 3.4%. With the regular review of outcomes, surgical volume consolidated among high-volume providers, associated with a decrease in a permanent hypoparathyroid rate of 20.5% at baseline to 10% by the end of monitoring.In standardizing care at 1 large pediatric institution, implementing a focused quality improvement project involving the perioperative management of transient hypocalcemia in total thyroidectomy pediatric patients resulted in additional, unanticipated improvements in patient care.

Objective: 1) Describe important points of consideration when planning cochlear implant surgery for patients at risk for cerebrospinal fluid (CSF) gusher on cochleostomy. 2) Report successful cochlear implantation in patients with X-linked mixed deafness.Method: Fraternal twins with X-linked mixed deafness were enrolled in an observational study at a tertiary academic medical center from 2010 to 2011. Subjects underwent cochlear implantation and were followed during recovery and auditory rehabilitation. Main outcome measures included successful placement of electrode arrays into the cochlea, adequate control of leaking CSF, incidence of postoperative complications, and development of listening and speaking communication skills in children with implants.Results: Electrode arrays were successfully placed despite challenging middle and inner ear abnormalities. Leaking CSF was controlled without the use of lumbar drains. No perioperative or postoperative complications occurred. Both patients progressed rapidl...

Importance The incidence and timing patterns of decannulation failure in children are unknown. There is substantial variability in the duration of inpatient hospitalization for patients undergoing decannulation, which represents an opportunity for improved resource use. Objective To determine the incidence and timing patterns of elective decannulation failure in the pediatric population and to determine an appropriate interval of inpatient observation following decannulation that optimizes both patient safety and resource use. Design, Setting, and Participants Retrospective review of medical records of consecutive patients 18 years or younger hospitalized for elective, inpatient decannulation between January 1, 2012, and October 31, 2013, at a quaternary care pediatric hospital. Main Outcomes and Measures Duration of decannulation hospitalization, failure of elective decannulation (decision not to decannulate or reinsertion of tracheostomy tube after decannulation), time interval from decannulation to failure. Results Forty-six patients completed 50 elective decannulation hospitalizations during the study period. The median duration of hospitalization for decannulation was 3.0 days. The hospitalization-specific failure rate was 16% (8 of 50), and the overall failure rate was 9% (4 of 46). Four patients were not able to tolerate capping of the tracheostomy tube and were discharged with their original tracheostomy tubes in place. Three of these patients were decannulated at a later hospitalization. In 4 patients, decannulation failed and they had to have their tracheostomy tubes replaced prior to discharge. Patients who did not tolerate decannulation were younger (mean [SD] age, 45.7 [17.0] months) than patients whose decannulation was successful (68.2 [48.0] months). All patients with unsuccessful decannulation attempts were symptomatic during capping. The longest interval from decannulation to tracheostomy reinsertion was 11 hours. Conclusions and Relevance Elective decannulation failure occurred in 9% of this population and may be more common in younger patients and those with a diagnosis of vocal fold paralysis. Patients who are symptomatic during predecannulation capping are at high risk for decannulation failure. Inpatient observation for a 24-hour asymptomatic interval after decannulation may be sufficient because late failures were not observed in this sample.

Objective: To compare the postoperative healing profiles of graft materials used for endoscopic repair of cerebrospinal fluid (CSF) leak. Design: Retrospective cohort study with 1 to 21 months of follow-up. Setting: Tertiary referral, academic medical center. Patients: Consecutive sample of patients undergoing endoscopic repair of CSF leak from March 2007 through May 2009. Intervention: Endoscopic repair of CSF leak with acellular dermis, collagen matrix, or sinonasal mucosal grafts. Graft success, time to full graft mucosalization, and duration of graft or donor site crusting were assessed during the postoperative period. Results: Forty repairs were performed on 37 patients: 17 with mucosal grafts, 10 with acellular dermis, and 13 with collagen matrix grafts. The mean follow-up time was 5.3 months (range, 0.5-21.0 months). Two patients had partial graft loss; none had a recurrence of CSF leak. There was a significant difference in time to mucosalization with acellular dermis (11.7 weeks) when compared with collagen matrices (6.6 weeks) or mucosa (4.9 weeks) (P