- December 9, 2020
There has been an unrelenting growth of electronic health records, insurance forms and other documents being collected by healthcare systems. Improving the quality of patient care while reducing costs are the main reasons why data mining has been such a successful movement in healthcare. Through digitization of records and efficient methods of making that information available (such as through OCR), data mining can largely increase productivity and, in doing so, improve the state of the healthcare industry.
Benefits of Digitizing Records in Healthcare
The key benefit of digitizing records is to improve the efficiency of core business processes. The ability to identify data at the point of capture allows for elimination of input errors, improved access to information, and mobility to allow medical professionals to see patient data from anywhere. Digitizing is also better for security. With HIPPA laws in place, being able to reduce the number of employees necessary to process patient documents ensures more security and greater
Digitizing data alone, however, loses value when papers are just scanned into repositories to be stored with thousands of other documents. With no way to efficiently capture the data, digitizing EHR and other documents has only a limited impact on big data efforts and overall organizational efficiency.
Enabling Big Data Efficiency
OCR technology gives healthcare enterprises the ability to manage, interact with, and easily utilize their large banks of patient records for big data modeling. OCR software allows a computer to recognize text within image documents such as scanned EHR records.
With text-searchable records, healthcare organizations can replace the hours spent manually searching through patient records with a simple, instant keyword search. This time-saver both increases employee productivity and provides a better, faster customer experience.
Automating Processing Workflows
In addition, the application of OCR technology to EHRs, insurance claims, identification documents and other forms is a first step toward making that information available for big data systems. Healthcare organizations can implement a more touchless workflow, limiting the number of employees needed to gather the data for their intelligence and analytics processing. By using OCR, they can systematically convert paper and scanned images to an acceptable input format without the need for human intervention.
This not only frees up man-hours for higher value tasks, but also improves security and compliance by limiting the exposure of protected information to a smaller number of workers. Furthermore, moving the data gathering workflow from a manual process to an OCR-driven model eliminates the chance for input errors, helping to strengthen the accuracy and integrity of big data analytics.