Standardizing Clinical Data for In Vitro Diagnostics

Advancing Regulatory Efficiency Through Harmonized In Vitro Diagnostic (IVD) Clinical Study Data

Data Standards for Clinical Diagnostics: Historical Challenges, Current State, and Proposed Approach for Definition and Adoption

In vitro diagnostics (IVDs) play a critical role in 66% of clinical decisions in the U.S., yet clinical data submitted for regulatory approval of IVDs often lacks consistency and structure, leading to delays in the regulatory process. The Medical Device Innovation Consortium (MDIC) has released a new resource that addresses historical challenges, the current state, and proposed approaches for definitions and adoption of data standards for clinical diagnostics.

Developed by MDIC’s Data Standardization Working Group, in collaboration with regulators and industry representatives, this paper proposes tailored data standards for IVD clinical studies, leveraging existing CDISC frameworks to reduce regulatory review times and enable faster access to innovative diagnostics.

Whether you’re a regulator, diagnostics manufacturer, data standards expert, or clinical operations leader, this resource offers actionable insights on building an industry-supported pathway toward standardized, high-quality clinical data for diagnostics.

Why Standardize IVD Clinical Study Data?

The Problem:
Currently, there is no unified standard for submitting clinical data for in vitro diagnostics (IVDs). As a result, manufacturers often rely on custom or adapted data formats, leading to inconsistencies in how clinical evidence is collected, reported, and reviewed. These inconsistencies can cause delays in regulatory review, ultimately slowing the approval of life-saving diagnostic tests—delays that become particularly critical during public health emergencies like the COVID-19 pandemic.

The Opportunity:
By aligning with existing CDISC standards—such as CDASH, SDTM, and ADaM—adapted specifically for IVDs, the industry has an opportunity to streamline the submission process. This alignment would reduce time-to-approval by creating consistent, high-quality clinical evidence that is easier to interpret and review. In turn, it would enhance data quality, improve traceability, and increase reusability throughout the diagnostic test lifecycle.

What’s Inside the Report

  • Background on the Current State of Clinical Data Standardization for IVDs
    Learn about the current landscape and regulatory context for IVD submissions, including challenges with non-standardized data and the need for purpose-built frameworks to fill the gap in clinical data for IVDs.
  • Survey Results from Industry Stakeholders
    Discover insights from MDIC’s pre-project survey of manufacturers and clinical teams, revealing strong interest in adoption, key implementation challenges, and areas of potential improvement.
  • Framework for Adapting CDISC Standards for IVDs
    Understand how CDISC’s CDASH, SDTM, and ADaM models can be tailored for diagnostics, including proposed data domains relevant to IVD testing and device tracking.
  • Collaborative Approach to Industry Adoption
    Explore how MDIC is fostering partnerships across industry, regulators, and standard bodies to ensure practical implementation that works across organizations with minimal disruption.

Who Should Use this Resource:

This document is designed to support:

  • IVD Manufacturers seeking regulatory clarity and efficiency in clinical study submissions
  • Regulatory Affairs Teams navigating FDA and global submission processes
  • Clinical Data Managers working to streamline data collection and harmonization
  • Quality & Compliance Leaders who manage internal SOPs and audit readiness
  • Standards Organizations & Consortia working to align with international frameworks like CDISC
  • Healthcare and Public Health Stakeholders focused on accelerating access to reliable diagnostic tests

More Like This

Surrogate Sample Harmonized Education Modules

MDIC-FDA Workshop: Advancing EUA IVD Products Toward Full Marketing Status

Framework for Developing Clinical Evidence for Regulatory and Coverage Assessments in In Vitro Diagnostics (IVDs)