We're less than four months away from the implementation of ICD-10-CM/PCS, and the AHA Coding Clinic for ICD-10-CM/PCS is rolling right along with advice for the new code set.
Lately I've received a lot of questions from hospitals about how to determine when and if it's appropriate to report an E/M visit code on the same date of service as a scheduled procedure.
When CMS introduced the -X{EPSU} modifiers in August 2014 to be used in specific instances to replace modifier -59 (distinct procedural service), the agency encouraged "rapid migration" to the new modifiers.
Mental health disorders are common in the United States, with an estimated 19% of Americans 18 or older suffering from a diagnosable mental disorder, according to a 2012 survey from the National Institute of Mental Health (NIMH).
The implementation of Comprehensive APCs (C-APCs) in the 2015 OPPS final rule likely wasn't a huge surprise to most providers, given CMS discussed this concept in the 2014 final rule and indicated it expected to implement it the following year.
In December 2014, CMS posted a document on its Advisory Panel on Hospital Outpatient Payment (HOP Panel) website outlining the hospital outpatient therapeutic services that were recently evaluated for a change in supervision levels. The three-page document contains a chart that includes the HCPCS code, the level of supervision required for coverage, and the effective dates of the changes for various services.
As CMS pushes the OPPS from a fee-for-service program toward more of a true prospective payment system, financial impact analysis of changes, departmental budgeting, and forecasting has become more complicated each year.
Editor's note: With the increased specificity required for ICD-10-CM coding, coders need a solid foundation in anatomy and physiology. To help coders prepare for the upcoming transition, we will provide an occasional article about specific anatomical locations and body parts as part of a larger series for ICD-10-CM preparation. This month's column addresses the anatomy of the thoracic cage.
