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American Academy of Pediatrics Virtual National Conference & Exhibition
2020-10-02 - 2020-10-05    
12:00 am
Organized by the American Academy of Pediatrics Experience education wherever you are, whenever you’d like with over 150 on-demand sessions and more than 35 live [...]
16th World Congress on Public Health 2020
2020-10-12 - 2020-10-16    
12:00 am
Organized by Multiple Partners or Sponsors The global public health community will be meeting at a critical time for our planet. Global temperatures lie far [...]
BARDA Industry Day
2020-10-27    
12:00 am
Organized by BARDA BARDA Industry Day is the annual meeting held to increase potential partner’s awareness of U.S. Government medical countermeasure priorities, interact with BARDA [...]
Events on 2020-10-12
Events on 2020-10-27
BARDA Industry Day
27 Oct 20
Articles

Algorithm Uses EHR Data To Identify Diabetes at Earliest Possible Date

diabetes

Researchers have developed an algorithm that can evaluate electronic health records to determine whether the patient has diabetes, FierceHealthIT reports.

Details of Algorithm

The algorithm, published in BioMedCentral, focuses on determining the earliest possible data of diagnosis in close to real time.

It evaluates information that is regularly documented and can be extracted from structured data fields, including:

  • Past medical history;
  • Problem list;
  • Medications; and
  • Laboratory results.

Each element is given a point value. After reaching a certain threshold, the algorithm identifies the presence of diabetes and calculates the earliest date that the disease could have been diagnosed.

Algorithm’s Accuracy

The researchers compared the algorithm’s findings with the opinion of a physician and found that the algorithm agreed on the date of diagnosis in 78.4% of cases.

It established a date of diagnosis that was within three months of the physician’s date in 94% of cases.

Experts say the algorithm could be effective in reaching patients who do not visit a physician regularly (Hall, FierceHealthIT, 8/2). Source