Post-authorization studies: Regulatory Constraint or Strategic Lever for Medicines and Medical Devices?

Picture of Maurice Bagot D'arc

Maurice Bagot D'arc

ENT surgeon, head and neck surgeon, specialized in ENT oncology, legal compensation for bodily injury, and pharmaceutical marketing, with over 30 years of experience in Medical Affairs serving the healthcare industries and 15 years of surgical practice.

Obtaining a Marketing Authorization (MA) for a medicinal product or a CE marking for a medical device marks a key milestone in the development process. Yet the real demonstration of value often begins after this authorization.

Post-authorization studies (and **PMCF studies – Post-Market Clinical Follow-up – for medical devices, their post-CE marking equivalent) are sometimes perceived as an additional regulatory burden. In reality, they now represent a major strategic lever—scientifically, regulatorily, and economically.

Post-authorization studies and PMCF Studies: What Are the Obligations?

For medicinal products

After a Marketing Authorization granted by the ANSM or by the European Commission following the opinion of the European Medicines Agency, the marketing authorization holder must ensure:

  • pharmacovigilance
  • the implementation of a Risk Management Plan (RMP)
  • the possible conduct of post-authorization studies (PASS, PAES)

In France, the Haute Autorité de Santé may also request post-listing studies, which can condition continued reimbursement and pricing negotiations with the Economic Committee for Health Products.

In other words, the post-authorization studies phase can have a direct impact on price and the long-term sustainability of the product on the market.

For medical devices

For medical devices, Regulation (EU) 2017/745 (MDR) requires post-market clinical follow-up (PMCF).

Manufacturers must demonstrate:

  • the ongoing performance of the device
  • safety in real-world conditions
  • the regular update of the clinical evaluation report

Post-market surveillance (PMS) and vigilance systems are no longer simple administrative obligations; they are now part of a broader logic of continuous evidence generation.

Source:
MDCG Guidance on PMCF

A Regulatory Constraint… That Structures Evidence Generation

For both medicines and medical devices, post-authorization studies pursue several objectives:

  • detecting rare safety signals
  • documenting under-represented patient populations
  • confirming the benefit–risk balance in real-world settings

Regulators now expect robust, transparent, and exploitable data.

The European regulatory framework follows the same logic as Regulation (EU) 536/2014 on clinical trials and MDR 2017/745 for medical devices: less bureaucracy, but greater scientific requirements.

Source:
EMA programme on real-world data

…But Above All a Strategic Lever

Generating Real-World Evidence (RWE)

Clinical trials demonstrate efficacy in controlled conditions.
Post-authorization studies

or PMCF studies demonstrate:

  • effectiveness in routine clinical practice
  • adherence and real-world use
  • organizational impact within healthcare systems

In a context where payers and healthcare institutions increasingly demand evidence of efficiency, real-world data becomes a key differentiating factor.

Securing Reimbursement and Pricing

For medicines, post-authorization data can:

  • strengthen SMR (Medical Benefit) and ASMR (Added Medical Benefit) assessments
  • support price renegotiations
  • prevent a downgrade in reimbursement level

For medical devices, health-economic studies may facilitate:

  • inclusion on reimbursement lists
  • price justification
  • integration into healthcare pathways

The post-commercialization phase therefore becomes a major market access tool.

Strengthening Scientific Credibility

Publications, registries, and academic collaborations play an essential role.

Post-authorization studies contribute to establishing a product’s long-term presence in clinical guidelines and routine medical practice.

In several therapeutic areas—such as oncology, rare diseases, and implantable medical devices—this strategy has become indispensable.

Toward a Model of Continuous Evidence Generation

The traditional distinction between “development” and “post-marketing” phases is gradually disappearing.

Health databases, patient registries, connected devices, and predictive analytics are pushing industry toward a continuous evidence generation model.

Post-authorization studies are no longer the end of the regulatory process.

They are the strategic extension of clinical development.

Conclusion: Obligation or Opportunity?

For both medicinal products and medical devices, post-authorization studies are a strong regulatory requirement.

However, companies that integrate them early in the development phase—anticipating the expectations of regulators and payers—transform this constraint into a competitive advantage.

The real question is no longer:

“Should we conduct post-authorization studies?”

but rather:

“How can post-authorization studies be used to sustainably strengthen the clinical and economic value of our products?”

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