Oncology drugs for orphan indications: how are HTA processes evolving for this specific drug category?

Insights

Orphan drugs (ODs) for cancer face market access challenges due to cost-effectiveness uncertainty. Standard health technology assessment (HTA) criteria often fail to account for this, leading to inconsistent reimbursement decisions.

Area of Science:

  • Pharmacoeconomics
  • Health Technology Assessment
  • Oncology

Background:

  • Orphan drugs (ODs) treat rare diseases, with over a third targeting oncology indications.
  • Market access for oncology ODs is challenging due to cost-effectiveness uncertainties and rising healthcare costs.
  • Payers must balance innovation needs with budget constraints.

Purpose of the Study:

  • To evaluate mechanisms facilitating patient access to oncology ODs in Australia, Canada, England, France, and Sweden.
  • To analyze the application of health technology assessment (HTA) processes for oncology ODs and non-orphan drugs.
  • To identify disparities in HTA reimbursement decisions for oncology ODs.

Main Methods:

  • Targeted literature review of HTA agency websites.
  • Analysis of country-specific guidance and HTA documentation.
  • Case study review of eight oncology ODs and non-orphan oncology drugs.

Main Results:

  • No explicit HTA criteria for ODs were found; they undergo standard HTA processes.
  • Distinct processes to facilitate access to oncology ODs exist but are rarely utilized.
  • Reimbursement decisions primarily rely on standard cost-effectiveness thresholds (ICER).
  • Uncertainties in clinical and cost-effectiveness of ODs are not adequately addressed by standard HTA.

Conclusions:

  • Standard HTA criteria applied to oncology ODs often fail to account for inherent uncertainties.
  • This leads to disparities in HTA reimbursement decisions based on how uncertainty is managed.
  • HTA agencies should adopt more flexible cost-effectiveness approaches, considering patient numbers, budget impact, and unmet needs.

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