Value-based purchasing initiatives have helped shift attention to the accuracy of hospital readmission information at the most clinically detailed level. The purpose of this study was to determine the interrater reliability (IRR) of surgical experts in assessing surgical inpatient readmissions for categorical causes, relation to index procedure, and potential preventability. Cases were selected from the American College of Surgeons National Surgical Quality Improvement Program local database. Of 1840 cases, 156 patients (8.5%) were readmitted within 30 days of the procedure. Surgical site infection was the most common readmission cause (32%), followed by obstruction or ileus (17%). IRR was moderate for readmission cause (60% agreement, κ = 0.51), substantial for readmission in relation to surgical procedure (92%, κ = 0.70), and lowest for potential preventability of readmissions (57%, κ = 0.18). Results suggest that readmission cause and relation to surgical procedure can be determined with moderate to high degree of IRR, while preventability of readmissions may require stricter definitions to improve IRR.
The study objectives were to identify risk factors for surgical patients who develop postoperative urinary tract infections (UTIs) and to characterize urethral catheter practices at the study hospital. Patients from the 2006-2010 institutional National Surgical Quality Improvement Program database were evaluated. Patients with UTIs within 30 postoperative days (n = 116) were compared to patients without UTIs (n = 8685) using multivariable logistic regression. A nested case-control study evaluated the effects of catheter practices on postoperative UTI using conditional logistic regression. Independent predictors of UTI were sex, age, inpatient stay, functional status, renal failure, preoperative transfusion, and preoperative hospital stay. Compared with controls, patients with UTI more often maintained catheters for >2 postoperative days (66% vs 43%, P < .001) and had longer mean catheter duration (11.6 vs 5.1 days, P < .001). Study findings led to institutional recommendations to reduce catheter-associated UTIs. Quality improvement initiatives can increase awareness of performance enhancement opportunities and encourage collaborative, interdisciplinary improvement through shared objectives.
Background: Incidental pulmonary nodules (IPNs) are lung nodules detected on imaging studies performed for an unrelated reason. Approximately 1.6 million IPNs are detected in the United States every year. Unfortunately, close to 1.1 million (69%) of these IPNs are not managed with appropriate follow-up care. The goal of this study was to assess the utility of a noncommercial electronic medical record (EMR)-based IPN keyword recognition program in identifying IPNs and the ability of lung navigators to communicate these findings to patients.Methods: This is a observational, implementation study aimed identify IPNs using an EMR-based protocol and to relay results of findings to patients. The patient population included patients 16 and older undergoing computed tomography (CT) chest, CT chest/abdomen, CT angiogram chest, CT chest/ abdomen/pelvis, and chest radiography through the radiology department within a large community tertiary medical campus between June 2019 and August 2020. EPIC EMR were queried using criteria designed to find IPNs. A lung navigator reviewed these cases and sorted them into categories based on their size and risk status. After identification of risk factors, actions were taken to directly communicate results to patients.Results: Seven hundred and fifty-three patients were found to have true IPNs without a history of active malignancy involving the lung. On the basis of radiographic measurements, 60% of the nodules identified were <6 mm, 17% were between 6 and 8 mm, 22% were > 8 mm, and 12% were deemed nodular opacities. Lung navigators were able to contact a total of 637 (87%) individuals with IPNs and results were directly communicated. Of the 637 patients identified to have an IPN, a total of 12 (2%) cancers were diagnosed.
Conclusion:We have here demonstrated that the development of an EMR-based keyword recognition platform for the identification of IPNs is a useful and successful tool for communication of IPN findings to patients using lung navigators.
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