Hospitals

Computer-assisted coding promises to ease the pain of the ICD-10 transition

In the past, I’ve highlighted candidates such as “analytics”, “HIE”, and “gamification” for the hottest technology concepts of the year, the “Plastics” of 2012.   Recently, I’ve seen a new strong contender – “Computer Assisted Coding.” With ICD10 looming on the horizon, companies such as m-Modal, Dolbey, 3M, and Optum are offering applications that process […]

In the past, I’ve highlighted candidates such as “analytics”, “HIE”, and “gamification” for the hottest technology concepts of the year, the “Plastics” of 2012.   Recently, I’ve seen a new strong contender – “Computer Assisted Coding.”

With ICD10 looming on the horizon, companies such as m-Modal, Dolbey, 3M, and Optum are offering applications that process the structured and unstructured data associated with an inpatient hospitalization or outpatient encounter into suggested ICD9 or ICD10 codes.

Using linguists, informaticians, natural language processing experts, and proprietary algorithms, each company promises to increase the efficiency of coders, provide a audit trail of the logic used to code each case (very useful if CMS/RAC asks for justification), and more accurately code case complexity.    Better documentation with accurate coding may even lead to reimbursement increases because the severity of illness of the patient and the nature of the treatment rendered is more completely described.

We’re speaking with each of the major vendors of computer assisted coding products to understand their interface requirements, the nature of the clinical data they require as inputs, and their integration into workflow.

Workflow is a tricky question.

Suppose that a patient visits an emergency department after a finger injury.   Accurate ICD-10 coding requires laterality (left or right), open or closed fracture, simple or compound etc.     If the provider dictates a note that contains the text “fracture of the index finger at the PIP joint” there may not be enough detail to accurately code the injury.   Some computer assisted coding products intervene at the documentation point instructing the clinician what is needed to minimally specify the patient’s condition or procedure.   Others ingest all the inputs from documentation created by caregivers and recommend possible codes.   Getting the data in right to begin with generates more accurate codes, but some clinicians will be fatigued by the alerts that prompt them during the documentation process.

I’ve studied some of the interoperability required to connect EHRs to Computer Assisted Coding products.   Some ingest print dumps or PDFs of text documents.  Others require HL7 2.x messages (ORU messages for structured data, MDM messages from unstructured data).   None yet accept the CCD or Consolidated CDA, although the Meaningful Use 2014 edition will require that EHRs export clinical summaries using CDA standards, not HL7 2.x

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A Deep-dive Into Specialty Pharma

A specialty drug is a class of prescription medications used to treat complex, chronic or rare medical conditions. Although this classification was originally intended to define the treatment of rare, also termed “orphan” diseases, affecting fewer than 200,000 people in the US, more recently, specialty drugs have emerged as the cornerstone of treatment for chronic and complex diseases such as cancer, autoimmune conditions, diabetes, hepatitis C, and HIV/AIDS.

ICD-10 has spooked the industry with tales of 50% loss in coder productivity.   Computer Assisted Coding may just be the silver bullet.

More to come as we pilot it.