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General Market Access Landscape for In-Vitro Diagnostic Tests in Europe

A general overview of the market access landscape for in-vitro diagnostic tests in European countries.

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Current reimbursement landscape for in-vitro diagnostics as a part of hospital or outpatient care

In most European countries, IVD tests performed during inpatient stays are included in the payment for hospital admission (DRG-based payment or global budget). Laboratories are funded using a global budget principle without a specific reimbursement framework. In general, laboratories introduce tests that are necessary from the clinical perspective. The fee-for-service model for IVD during hospital admission is used only in Belgium and in private for-profit hospitals in France.

Many countries have specific reimbursement frameworks for IVD tests provided as a part of outpatient specialist care, most commonly using a fee-for-service payment model. In most countries, IVD tests are a part of the national list for reimbursable outpatient specialist services (e.g., EBM catalog in Germany, LEA catalog in Italy). In other countries, there are specific national nomenclatures intended for IVD tests (Nomenclature of Medical Biology Procedures (NABM) or Norwegian Laboratory Code (NLK) system). 

The name of codes in the national lists used for reimbursement of IVD tests can include a detailed description of an analyte and/or the test method (for example, EBM code 32150 “Immunological detection of Troponin I and/or Troponin T on a prefabricated reagent carrier in the case of the acute coronary syndrome (ACS), if necessary, including quantitative evaluation using apparatus”) or provide a generic high-level description of a test method making the code applicable for multiple tests (for example, code G1.01 “Mutational analysis of disease that requires only one gene for diagnosis” in Italian LEA catalog). 

The national nomenclatures typically define the tariffs (LEA catalog in Italy) or point values (NABM in France or EBM catalog in Germany) and conditions for reimbursement for individual tests. Additional regulation can determine the monetary caps for the use of certain tests (Germany).
In some countries, there is no reimbursement system for in-vitro diagnostic tests; their cost is included in the basic payment mechanism for medical care (e.g., the NHS Payment Scheme in England or the global hospital budget in Spain).

The framework (evidence requirements, timelines) for the creation of novel IVD reimbursement codes in the national lists varies between countries; however, in most countries, it can be triggered by manufacturers. 
 

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Policy considerations

Approval by payers or national decision-makers is required for the inclusion of a novel expensive test in the national lists of reimbursable services in many countries. For example, in England, expensive genomic tests used in rare diseases and oncology are covered in the National Genomic Test Directory by NHS England; in Norway, innovative IVD tests can obtain coverage decisions by payers within the “New Methods” framework; in Spain, genomic tests guaranteed for the population are listed in the Common Catalog of Genetic and Genomic Tests of the NHS.

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Role of HTA

Health Technology Assessment is an important factor influencing the adoption of IVD tests, apart from reimbursement and acceptance by payers / national decision-makers. In most countries, HTA is incorporated into reimbursement decision-making (INAMI/RIZIV in Belgium, HAS in France, New Methods” framework in Norway). However, in some countries, there are stand-alone HTA organizations whose recommendations can support the adoption of the new IVD tests by healthcare providers (NICE in England or AGENAS in Italy)

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Role of innovation funding

Innovative payment schemes play an important role in market access for IVD tests in Europe: around 52% of the innovative payment schemes can cover in-vitro diagnostics (Medtech Funding Mandate in England; Government-co-sponsored studies according to the §137e of the German Social Code Book V in Germany; small-scale experiments for introduction of innovations in the Netherlands). Some of the innovative schemes allow for direct application by the industry (Innovative Devices Access Pathway (IDAP) in England, Article 51 of the Social Security Financing Act in France).

France offers a unique and unparalleled opportunity to gain early access to the market through the development of clinical and economic evidence using seven Innovative Payment Schemes, including the List of innovative medical biology procedures outside the Nomenclature (LAHN) – the key innovative scheme for IVD tests in France. Funding via the LAHN means an additional budget for laboratories that comes from the research and innovation (MERRI) budget distributed by the Ministry of Health and Access to Care. 
 

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Future challenges 

Future challenges in the market access landscape for IVD tests include adjusting existing payment models to accommodate novel tests, creating new reimbursement or funding frameworks for expensive tests, and developing a reimbursement framework for point-of-care tests.

MTRC has experience with more than 85 projects related to IVD tests in Europe 

News and insights

New procedure and diagnostic codes added to the private reimbursement schedule in England

On February 17, 2025, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclatures for private payers in England, published Bulletins 200 and 096 with changes to be implemented no later than March 10, 2025. Thirty-five new procedure codes related to cardiovascular, gastrointestinal, nephrology, peripheral vascular, and general surgery areas and ten new diagnostic codes concerning in-vitro diagnostics, endoscopy, and pulmonology were introduced.

Innovations awarded SBRI Healthcare competitions in February 2025 in England

In February 2025, SBRI Healthcare, funded by the NHS Accelerated Access Collaborative, announced the results of three competitions. Funding of £1.3m was allocated for the development of 14 innovations that support women’s health, £1m for the development of 11 innovations that improve infection prevention and control to mitigate the spread of antimicrobial resistance, and £3 million to support four innovations that improve the health and well-being of children and young people who have asthma, epilepsy, or diabetes.

Med Tech-related health technology assessments from NIHR in January 2025

In January 2025, the National Institute for Health and Care Research (NIHR) in England released two Med Tech-related assessments in its HTA Journal, which concerned a clinical decision support tool for lower urinary tract symptom in men and multi-cancer early detection tests for general population screening. HTA Journal publishes research reports on the effectiveness, costs, and broader impact of health technologies for those who use, manage, and provide care in the NHS and informs NICE guidance.

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