Cost Differences Between Teaching and Nonteaching Hospitals for Older Adults Requiring Emergency General Surgery Procedures in the State of Maryland.

BACKGROUND: Older adults (OAs; ≥ 65 years) comprise a growing population in the United States and are anticipated to require an increasing number of emergency general surgery procedures (EGSPs). The aims of this study were to identify the frequency of EGSPs and compare cost of care in OAs managed at teaching hospitals (THs) vs nonteaching hospitals (NTHs). METHODS: A retrospective review of data from the Maryland Health Services Cost Review Commission database from 2009 to 2018 for OAs undergoing EGSPs was undertaken. Data collected included demographics, all patient-refined (APR)-severity of illness (SOI), APR-risk of mortality (ROM), Charlson Comorbidity Index (CCI), EGSPs (partial colectomy (PC), small bowel resection, cholecystectomy, operative management of peptic ulcers, lysis of adhesions, appendectomy, and laparotomy, categorized hospital charges, length of stay (LOS), and mortality. RESULTS: Of the 55,401 OAs undergoing EGSPs in this study, 28,575 (51.6%) were treated at THs and 26,826 (48.4%) at NTHs. OAs at THs presented with greater APR-ROM (major 25.6% vs 24.9%, extreme 22.6% vs 22.0%, P=.01), and CCI (3.1±3 vs 2.7±2.8, P<.001) compared to NTHs. Lysis of adhesions, cholecystectomy, and PC comprised the overall most common EGSPs. Older adults at THs incurred comparatively higher median hospital charges for every EGSP due to increased room charges and LOS. Mortality was higher at THs (6.13% vs 5.33%, P<.001). CONCLUSION: While acuity of illness appears similar, cost of undergoing EGSPs for OAs is higher in THs vs NTHs due to increased LOS. Future work is warranted to determine and mitigate factors that increase LOS at THs.

Bedside Incentive Spirometry Predicts Risk of Pulmonary Complication in Patients with Rib Fractures.

This retrospective chart review demonstrates the relationship between bedside incentive spirometry (ICS) volumes and risk of pulmonary complications. Two hundred patients admitted for rib fractures between April and October 2016 were reviewed. The inclusion criteria were age 18-98 years, diagnosis of rib or sternal fractures, and no procedures requiring postoperative intubation within 48 hours of admission. The exclusion criteria were intubation before arrival, unable to participate in ICS, or previous tracheostomy. ICS volumes recorded in daily progress notes were collected. Of 200 charts reviewed, 154 met the inclusion criteria. In all, 25 endured at least one pulmonary complication. The average ICS on admission was 1355 cc. Patients who did not experience a complication had significantly higher admission ICS volumes than those who did (1441 ± 660 cc vs 920 ± 451 cc, P = 0.0003). They also achieved higher volumes at discharge (1705 ± 662 cc vs 1211 ± 453 cc, P = 0.006). The groups had similar demographics. An admission ICS volume <1 L was associated with 3.3× relative risk of pulmonary complication. Lower volumes were also associated with discharge to nonhome locations. Bedside ICS is a useful tool to identify patients at risk of pulmonary complications from rib fractures. Patients with admission ICS volume <1 L carry a higher risk of complication.