This analysis, aimed at measuring the indirect costs associated with hospital teaching programs, found that university teaching hospitals were 33 per cent more costly than nonteaching hospitals with respect to direct hospital costs (excluding overhead) after adjustment for differences in case mix using diagnosis-related groups (DRGs). This study found major teaching hospitals (not administered by a university) to be 18 per cent and minor teaching hospitals 9 per cent more costly than nonteaching hospitals. These cost differentials were due primarily to the greater intensity of services provided in teaching settings rather than to the cost per unit of service. Inclusion of the full costs of physician services reduced the cost differences among teaching categories. Although teaching hospitals, especially university teaching hospitals, are demonstrably more expensive than nonteaching hospitals for the same types of cases, researchers and policy makers must consider the physician-substitution effect. This is particularly important in the light of the current controversy over the integration of physician costs for inpatient services into Medicare's DRG-based prospective-payment system.
This article has been cited by other articles:
Dhuper, S., Choksi, S.
(2009). Replacing an Academic Internal Medicine Residency Program With a Physician Assistant--Hospitalist Model: A Comparative Analysis Study. American Journal of Medical Quality
24: 132-139
[Abstract]
Powell, E. C., Hampers, L. C.
(2003). Physician Variation in Test Ordering in the Management of Gastroenteritis in Children. Arch Pediatr Adolesc Med
157: 978-983
[Abstract][Full Text]
Hampers, L. C., Cha, S., Gutglass, D. J., Krug, S. E., Binns, H. J.
(1999). The Effect of Price Information on Test-ordering Behavior and Patient Outcomes in a Pediatric Emergency Department. Pediatrics
103: 877-882
[Abstract][Full Text]
BACH, P. B., CARSON, S. S., LEFF, A.
(1998). Outcomes and Resource Utilization for Patients with Prolonged Critical Illness Managed by University-based or Community-based Subspecialists. Am. J. Respir. Crit. Care Med.
158: 1410-1415
[Abstract][Full Text]
Wall, T. C., Fargason Jr, C. A., Johnson, V. A.
(1997). Comparison of Inpatient Charges Between Academic and Nonacademic Services in a Children's Hospital. Pediatrics
99: 175-179
[Abstract][Full Text]
Wartman, S. A.
(1994). Managed Care and Its Effect on Residency Training in Internal Medicine. Arch Intern Med
154: 2539-2544
[Abstract]
Asch, D. A., Ende, J.
(1992). The Downsizing of Internal Medicine Residency Programs. ANN INTERN MED
117: 839-844
[Abstract]
Iezzoni, L. I., Shwartz, M., Moskowitz, M. A., Ash, A. S., Sawitz, E., Burnside, S.
(1990). Illness Severity and Costs of Admissions at Teaching and Nonteaching Hospitals. JAMA
264: 1426-1431
[Abstract]
Rich, E. C., Gifford, G., Luxenberg, M., Dowd, B.
(1990). The Relationship of House Staff Experience to the Cost and Quality of Inpatient Care. JAMA
263: 953-957
[Abstract]
Buchwald, D., Komaroff, A. L., Cook, E. F., Epstein, A. M.
(1989). Indirect Costs for Medical Education: Is There a July Phenomenon?. Arch Intern Med
149: 765-768
[Abstract]
Mayer-Oakes, S. A., Oye, R. K., Leake, B., Brook, R. H.
(1988). The Early Effect of Medicare's Prospective Payment System on the Use of Medical Intensive Care Services in Three Community Hospitals. JAMA
260: 3146-3149
[Abstract]