Bridging the Gap: Utilizing a Pediatric Trauma Care Coordinator to Reduce Disparities for Pediatric Trauma Follow-Up Care.

An American College of Surgeons-verified Level I pediatric trauma center found that some children with severe and complex injuries experienced disruptions in trauma follow-up care because of the lack of centralized care coordination after hospital discharge. A review of the literature identified little guidance to address this issue. A quality improvement project assessed the gaps in care, identified high-risk patients, and developed a novel pediatric trauma care coordinator (PTCC) nursing position to bridge the gap. Enhancements to the trauma registry software helped create a log of family and provider communication events with and interventions by the PTCC. High-risk patients were defined as those with either a traumatic brain injury plus 1 other organ system injury requiring surgical specialist follow-up, or those with 3 or more different organ system injuries requiring follow-up with a surgical specialist. Costly return to health care (CRH), which we defined as emergency department visits for 72 hr or less or unplanned readmissions of 30 day or less after hospital discharge was selected as the primary outcome measure and assessed during the pre- and postimplementation periods. In the 12-month preimplementation period, 14 patients had a CRH rate of 14%, compared with the 12-month postimplementation period in which 18 patients had a CRH rate of 0%. Patients received a mean of 21.2 communication events and 14.1 intervention events from the PTCC in the postimplementation period. This report details the process of developing and implementing a PTCC nursing position, the tasks involved, and the initial results of this novel program.

Can time to healing in pediatric blunt splenic injury be predicted?

BACKGROUND: Current consensus guidelines do not recommend routine follow-up imaging for blunt splenic injury (BSI) in children. However, repeat imaging is recommended based on persistent symptoms. Wide variation of practice continues to exist among surgeons. By defining the natural evolution of BSI, we sought to identify patients at higher risk for delayed healing who could benefit from outpatient imaging. METHODS: A retrospective review of all children with BSI at a Level 1 Pediatric Trauma Center was completed. Grade of injury, hospital course, laboratory values and follow-up imaging results were obtained. Injured spleens were classified as 'healed', 'healing' (with echogenic scar), or 'non-healing' with persistence of parenchymal abnormalities. RESULTS: Between 2000 and 2014, 222 patients with BSI were identified. Seven patients (3%) underwent immediate splenectomy. Packed red blood cell transfusion was required in 13 (6%) of the 222 patients, and 3 (2%) of 145 with isolated splenic injuries. Seventy-one percent of patients underwent additional imaging 2-74 weeks post-injury. A receiver operating characteristics (ROC) curve was used to establish the relationship between sensitivity and specificity of capturing non-healing spleens over time. Optimal timing for post-injury imaging for grades I-II was 7-8 weeks; healing of higher-grade injuries could not accurately be predicted. CONCLUSIONS: If return to full physical activity, in particular contact sports, is contingent upon documented healing of the splenic parenchyma after blunt trauma in the pediatric population, follow-up imaging for low-grade injuries is best obtained around 7-8 weeks. No such recommendations can be made for high-grade splenic injuries, as the exact time to healing cannot be predicted based on initial data. LEVEL OF EVIDENCE: IV. Diagnostic test.

Pseudoclitoromegaly from acute T-cell lymphoblastic leukemia.

A 7-year-old girl presented with painful genital enlargement, which was first believed to be clitoromegaly of hormonal origin. However, on the physical exam the clitoris was not visible and the prepuce and labia minora were enlarged and tender. Magnetic resonance imaging demonstrated an infiltrative abnormal signal with restricted diffusion involving the enlarged clitoris and adjacent soft tissues of the prepuce and labia minora, confirming a nonhormonal infiltrative malignancy. The same abnormal signal was present in enlarged inguinal lymph nodes, the kidneys, and an anterior mediastinal mass. The pathologic diagnosis was T-cell acute lymphoblastic leukemia.

Factors affecting opioid management for injured children after hospital discharge.

INTRODUCTION: Prescription opioid misuse is a national crisis. Injured children often receive opioid medication at hospital discharge, but the role these prescriptions play in the opioid crisis has not been fully elucidated. Whether these opioids are administered, the duration of severe pain requiring opioids, and what the final disposition of unused opioids is in this population remain unknown. METHODS: A survey of parent/guardian perceptions of their child's pain after injury, duration of opioid administration, opioid storage and disposal, and perceptions of opioid education was designed. During a 12-month period, parents of injured children admitted to an ACS Level 1 Pediatric Trauma Center were prospectively enrolled by convenience sample. Surveys were in two steps with an enrollment survey prior to discharge and a follow-up survey 7-10 days after discharge. RESULTS: Seventy of 114 (61.4%) enrolled parents/guardians completed follow-up survey. Of the 79.1% that reported an opioid prescription for their child, 92.5% filled it. Of those reporting on opioid usage, 10.4% never used the opioid, 75% used opioids <3 days, 12.5% 4-7 days, 2% >7 days. Of those who filled the opioid prescription, 83.7% reported having leftover doses. Reasons for discontinuing opioids included the child no longer had pain (87.2%), the child ran out of medication (5.1%), other (7.7%). Regarding storage, 53.3% reported utilizing an unlocked bathroom cabinet, and 81.3% unlocked kitchen space. Of those reporting unused opioids, 83.3% reported not disposing them, and 38.2% reported no plan for disposal. CONCLUSION: The majority of parents/guardians of injured children report resolution of severe pain requiring opioids within 72 h of hospital discharge, and virtually all by 7 days. The majority of injured children were prescribed a greater number of doses than they needed to treat their pain. Many parents/guardians store opioids in unsecure locations and a significant proportion report no plan to dispose of unused opioid doses. Further investigation is warranted to quantify and address the gap between pain control needs and opioid prescribing practices. The rate of unsecure storage and plan to retain unused opioids are potential targets for discharge opioid education. TYPE OF STUDY: Cross-sectional survey. LEVEL OF EVIDENCE: Level IV.

Proximity to the Diaphragm Predicts the Presence of Rhabdomyomatous Dysplasia in Congenital Pulmonary Airway Malformations.

INTRODUCTION: Rhabdomyomatous dysplasia (RD) is a pathologic finding in CPAMs that was incorrectly attributed to their malignant potential. The increasing recognition of extrathoracic (intradiaphragmatic and intraabdominal) congenital pulmonary airway malformations (CPAMs) offers a clue to the origin of RD. We hypothesize that the presence of RD is related to the CPAM's anatomic location. MATERIALS AND METHODS: Retrospective review was performed of all children who underwent resection of a CPAM during a 10-year period. The age at the time of operation, location of the CPAM, and pathologic findings were collected. Peridiaphragmatic location was defined as within the inferior pulmonary ligament, deep to the diaphragmatic portion of the parietal pleura ("intradiaphragmatic") or adjacent to the abdominal side of the diaphragm. Statistical analysis was performed using Fisher's exact test for 2 × 2 tables. RESULTS: Twenty-six patients with CPAM were identified. Preoperative imaging was performed by computed tomography (CT) scan (16/26), ultrasound (5/26), magnetic resonance imaging (MRI) (1/26), and chest radiograph (4/26). The median age at resection was 15 months. Of these, 16 were pure cystic adenomatoid malformations, 4 were extralobar sequestrations, 4 were intralobar sequestrations, and 2 were bronchogenic cysts. Nine lesions were peridiaphragmatic with four being intradiaphragmatic (44%). Eight of the nine resected peridiaphragmatic lesions contained histologic evidence of rhabdomyomatous changes (89%, confidence interval [CI] 52-99%). None of the other lesions contained RD (CI 0-19%, p < 0.001). CONCLUSION: RD was seen exclusively, and in virtually all peridiaphragmatic CPAMs. While the exact significance of RD remains unclear, it may represent incorporation of striated muscle tissue associated with the developing diaphragm.

Nonoperative treatment of acute appendicitis in children: A feasibility study.

PURPOSE: Nonoperative treatment of acute appendicitis appears to be feasible in adults. It is unclear whether the same is true for children. METHODS: Children 5-18 years with <48 h symptoms of acute appendicitis were offered nonoperative treatment: 2 doses of piperacillin IV, then ampicillin/clavulanate ×1 week. Treatment failure (worsening on therapy) and recurrence (after completion of therapy) were noted. Patients who declined enrollment were asked to participate as controls. Cost-utility analysis was performed using Pediatric Quality of Life Scale (PedsQL®) to calculate quality-adjusted life month (QALM) for study and control patients. RESULTS: Twenty-four patients agreed to undergo nonoperative management, and 50 acted as controls. At a mean follow-up of 14 months, three of the 24 failed on therapy, and 2/21 returned with recurrent appendicitis at 43 and 52 days, respectively. Two patients elected to undergo an interval appendectomy despite absence of symptoms. Appendectomy-free rate at one year was therefore 71% (C.I. 50-87%). No patient developed perforation or other complications. Cost-utility analysis shows a 0.007-0.03 QALM increase and a $1359 savings from $4130 to $2771 per nonoperatively treated patient. CONCLUSION: Despite occasional late recurrences, antibiotic-only treatment of early appendicitis in children is feasible, safe, cost-effective and is experienced more favorably by patients and parents.

Efficacy of anatomic and physiologic indicators versus mechanism of injury criteria for trauma activation in pediatric emergencies.

BACKGROUND: In pediatric trauma patients, adult triage criteria that use mechanism of injury (MOI) have been shown to result in overactivation of trauma teams. Anatomy- and physiology-based (APB) triage criteria have been recommended to improve the accuracy of trauma activations. At our Level 1 academic tertiary pediatric trauma referral center, we recently changed our triage criteria by emphasizing APB criteria and de-emphasizing MOI. This study was conducted to analyze the resulting change in accuracy of activations. METHODS: This was a criterion standard, cohort-controlled retrospective study comparing patients triaged by MOI criteria (January 2006 to March 2009) to those triaged by APB criteria (April 2009 to June 2010). Patients were subdivided according to trauma activation level as major (TMaj), minor (TMin), or consult (TC). Demographic, vital sign, injury pattern, trauma activation level, and emergency department disposition data were collected. Triage criteria were retrospectively applied to the patients according to the criteria that were in effect when they arrived. Patients were assigned to either high-risk (HR) or low-risk (LR) groups based on the need for urgent intervention (emergency department procedure, emergent operation, or blood transfusion), admission to intensive care unit, Injury Severity Score [ISS] of greater than 12, or death. Sensitivity and specificity of major activations were calculated using the following groups: true positive, trauma activation and HR; false positive, trauma activation and LR, false negative, no trauma activation and HR; true negative, no trauma activation and LR. Comparisons were then made between the MOI to the APB patients. RESULTS: The MOI and APB patients were similar in race (p = 0.201), sex (p = 0.639), and age (p = 0.643). The APB criteria resulted in 14% TMaj, 35% TMin, and 51% TC, compared with 41%, 23%, and 36%, respectively, for MOI. Median ISS in the APB group was 16 for TMaj, 5 for TMin, and 4 for TC compared with 8, 4, and 4, respectively, for MOI. Sensitivity for trauma activation of HR patients was 89.2% versus 89.1% (equivalent), while specificity increased from 45.8% to 65.8% for MOI versus APB, respectively. CONCLUSION: For pediatric trauma patients, the emphasis on APB triage criteria and de-emphasis on MOI results in selection of higher-acuity patients for major activation while maintaining acceptable undertriage and overtriage rates overall. This improved accuracy of major activation results in a more cost-efficient resource use and fewer unnecessary disruptions for the surgeon, operating room, and other staff while maintaining appropriate capture and evaluation of trauma patients. The low sensitivity noted in both the MOI and APB groups is largely caused by the broad definition of HR patients used in this study. We recommend the use of APB criteria for pediatric trauma triage. LEVEL OF EVIDENCE: Therapeutic study, level IV.