Achieving Data Standardization in Health Information Exchange and Quality Measurement Amy Sheide Clinical Informaticist 3M Health Information Systems USA Abstract This presentation reviews the benefits and challenges of achieving and maintaining interoperability. Specifically, it showcases successful implementation of a centralized terminology server in health information exchange, biosurveillance and quality measurement. Background “Interoperability describes the extent to which systems and devices can exchange data, and interpret that shared data. For two systems to be interoperable, they must be able to exchange data and subsequently present that data such that it can be understood by a user.” http://www.himss.org/library/interoperability-standards/what-is Share Exchang e Interpret Benefits of interoperability Delivery of High Quality Cost Effective Care Process Improvement Providing care within clinical guidelines Coordination Across Care Settings Medical Error Reduction A complete health history Accurate medication Lists Allergy and adverse reaction lists Vaccine history Examining variation in physician practice “The complexity of patient data in electronic medial records, coupled with expectations that these data facilitate clinical decision making, healthcare cost effectiveness, medical error reduction, and evidence based medicine, makes obvious the role of standardized terminologies as a foundation for comparable and consistent representation of patient information.” -Pathak and Chute, Division of Biomedical Statistics and Informatics, Mayo Clinic Pathak, J., & Chute, C. G. (2010). Analyzing categorical information in two publicly available drug terminologies: RxNorm and NDF-RT. Journal of the American Medical Informatics Association, 17(4), 432-439. Drivers for interoperability in the US •The 2009 Health Information Technology for Economic and Clinical Health (HITECH) Act has the goal of using certified electronic health record technology (CEHRT) to promote patient safety and interoperability between and within health care systems. •The initiative in HITECH Act are also known as Meaningful Use (MU). Collecting Exchanging & Reporting EHR Reaching the interoperability target Current State • Governing bodies have defined structured data requirements with standard terminology • Limitations and challenges exist in adopting these standards • How do you obtain and implement the standards? • Are the current standards robust to function in current clinical workflows? • Standard terminology is free but how much does it cost to implement and understand? • How is your organization going to share data elements that don’t have a standard code? Challenges in interoperability Standardization Integration Organization Multiple Standard Terminologies Variable Release Formats Flat Lists of Codes Variable Versions Synonymous concepts with different Identifiers Variation in Granularity Gaps in Standard Terminologies Unidirectional Data Translation Significant effort to maintain mappings Centralized Terminology Server (CTS) solution • Metadata repository which enables the translation and integration of healthcare data • Standardized terminology vocabulary compliance • Knowledge Base to understand how data is represented and structured across the organization Addresses the simple questions that are hardest to manage,“ What does it mean, where is it from, and how does it relate to everything else!” CTS components • Delivery of standard terminologies in a consistent consumable format • Update to the standards content • Local content • Translation between source and target system • Browsing and Runtime Services • Terminology and mapping container • Search and browse content • Mapping tools Content Software Web Service APIs Mapping Services • Terminology consulting • Integration of local codes • Interoperability Health Information Exchange (HIE) use case Goal: Make patient lab results available to any provider regardless of performing laboratory Standardization: Map labs to Standard Terminology Integration: Translate Standard Terminology back to Source Lab Organization: Location to Store the Mappings HIE without a CTS Requires mapping from each source system. Each change at one site require a remap across systems. The amount of variability results in difficulty maintaining translation and consumption to source systems Plasma Hemoglobin Updates require a remap across all systems Facilitating HIE with a CTS Economies of scale in Centralized Mapping Bidirectional Data Exchange Updates applied once and automated Plasma across systems Hemoglobin Mapping storage and retrieval via the CTS Biosurvalence use case Goal: Automate the identification and tracking of reportable diseases Standardization: Identify LOINC, ICD or SNOMED CT codes for reportable diseases Integration: Group standard terminology codes by disease group Organization: Store the requirements from the county, state and federal level Biosurvalence without a CTS • Intensive data mining effort to find diagnosis and lab information that meet the reportable criteria (due to the use of multiple code systems required) • Resources to manage updates from the reporting agencies as well as updates to the code system • Maintaining the lists at each level of reporting (county, state, federal) Mumps Virus Antibodies, Serum, Semi-Quantitative LOINC 31503-6 Local Code: A 008.43 Campylobacter Species Identified, Stool Culture LOINC 6331-3 Campylobacter Species SNOMED CT 116457002 Campyloba Campylobac cter coli ter jejuni SNOMED CT SNOMED CT 40614002 66543000 Campylobacteriosis SNOMED CT 86500004 Mumps SNOMED CT 36989005 $ ICD-9-CM Coding: 008.43 ICD-10-CM Coding: A04.5 ICD-9-CM Coding: 072.9 ICD-10-CM Coding: B26.9 Facilitating biosurvalence with a CTS • Centralized location to manage code sets • Add groupings across terminologies • Allows instantiation of reports to different agencies • Enterprise wide structured data integration Utah Reportable Conditions US Nationally Reportable Conditions County Reportable Conditions Mumps Campylobacteriosis Problems SNOMED CT 36989005 SNOMED CT 86500004 ICD-9-CM Coding: ICD-9-CM Coding: Has Associated 072.9 008.43 Disease ICD-10-CM Coding: ICD-10-CM Coding: B26.9 A04.5 Campylobacter Species Mumps Virus Antibodies, Labs Identified, Stool Culture Serum, Semi-Quantitative LOINC 6331-3 LOINC 31503-6 Has Analyte Local Code: A Local Code: B NCID 76770 008.43 008.43 Campylobacter jejuni Campylobacter Species SNOMED CT 66543000 SNOMED CT 116457002 Campylobacter coli SNOMED CT 40614002 Clinical Quality Measure (CQM) use case Goal: Identify groups of patients receiving or eligible for treatment Standardization: Over 20 different code systems required to calculate CQMs Integration: Manage multiple versions of value sets and code systems Organization: Link local codes to CQM data elements and measures Clinical Quality Measure without a CTS •Simple CQMs require multiple data elements •Each CQM data element can have multiple value sets •Value set and code set versioning cause a high level of variability Facilitating CQM with a CTS •Cost and process benefits in managing the complexity of data value sets and values •Technical benefit in accessing CQM content with APIs and runtime services •Versioning reduces variability of content Achieving enterprise intelligence with a scalable CTS Accelerates implementation of electronic health records • Longitudinal patient care record • Personal health records Semantically interoperable data for exchange, analytics, decision support, alerts and reminders • Lower total cost of ownership • Maximized consistency, quality and efficiency of Enterprise mapping Enables structured clinical data capture, queries and analytics • Data mining • Complex secondary data use Intelligence Questions