Home Contact Sitemap
About Us Publications Work In Progress Education and Events Privacy Information for Scientists  


Aboriginal People (10)
Asthma (49)
Cancer (184)
Cardiovascular (444)
Continuity of Care (28)
Decision-Making (53)
Diabetes (146)
Diagnostic Testing (74)
Drugs (394)
Emergency Services (122)
Ethics (10)
Geriatrics (173)
Health Economics (73)
Health Human Resources (54)
Health Policy (135)
Health Technology Assessment (22)
Home Care (20)
Mental Health (85)
Methods (155)
Miscellaneous/Other (20)
Musculoskeletal (78)
Nephrology (37)
Neurology (40)
Outcomes (257)
Pediatrics (130)
Performance Measurement (49)
Population Health (117)
Primary Care (156)
Privacy (6)
Resource Utilization (109)
Respiratory (61)
Screening (59)
Stroke (84)
Surgery (113)
Urology (12)
Vascular (17)
Waiting Lists (44)
Women's Health (135)
 
  View publications
  |




Diabetics can be identified in an electronic medical record using laboratory tests and prescriptions

Tu K, Manuel D, Lam K, Kavanagh D, Mitiku T, Guo H. Diabetics can be identified in an electronic medical record using laboratory tests and prescriptions. J Clin Epidemiol.  2010; July 16 (Epub ahead of print):

With the increasing use of electronic medical records (EMRs) comes the potential to efficiently evaluate and improve quality of care. We set out to determine if diabetics could be accurately identified using structured data contained within an EMR.

 

The authors used a 5% random sample of adult patients (969 patients) within a convenience sample of 17 primary care physicians using Practices Solutions EMR in Ontario. A reference standard of diabetes status was manually confirmed by reviewing each patient's record. Accuracy for identifying people with diabetes was assessed using various combinations of laboratory tests and prescriptions. EMR data was also compared with administrative data.

 

A rule of one elevated blood sugar or a prescription for an antidiabetic medication had a 83.1% sensitivity, 98.2% specificity, 80.0% positive predictive value (PPV) and 98.5% negative predictive value (NPV) compared with the reference standard of diabetes status.

 

The authors found that the use of structured data within an EMR could be used to identify patients with diabetes. Their results have positive implications for policy makers, researchers, and clinicians as they develop registries of diabetic patients to examine quality of care using EMR data.


About Us Publications Work In Progress Education and Events Privacy Information for Scientists  

Copyright© 1992-2011 Institute for Clinical Evaluative Sciences (ICES)

Terms of Use
ICES logo - Institute for Clinical Evaluative Sciences (ICES) Home Page ICES Home Page Link Sitemap: Can't find what you are looking for? Click here for a list of webpages available to you.