Research by OHE and the University of Sussex into patients’ preferences for diagnostic tests aimed at reducing antimicrobial resistance has been published in Applied Health Economics & Health Policy. The research found that patients across Europe have different preferences, which may have significant implications for the design and uptake of diagnostic tests.
A new OHE Research Paper summarises the findings of a project funded by the Wellcome Trust on innovative HTA methods and contracting for antibiotics. The paper provides an overview of the current state of HTA and contracting for antibiotics in five European countries, reviews recent proposals in the literature for revising HTA approaches and explores the associated implementation opportunities and challenges.
A new paper sets out an insurance model as part of a global solution to incentivise R&D for new antibiotics to tackle multi-drug resistance. It offers (i) a reasonable return on R&D; (ii) risk mitigation for payers, providers and manufacturers, (iii) stewardship by delinking revenues from volume of use, and (iv) conservation of antibiotic effectiveness by ensuring the continued availability of new antibiotics in the long-term.
Resistance to antibiotics is growing. Additional R&D is required. Both Transferable Intellectual Property Rights and Market Entry Rewards should be explored for use in Europe as a regional “pull” incentive.
In our daily lives, we take precautions routinely: we look both ways before we cross a road, and if we drive a car, we are constantly alert to avoid danger. This process does not require scientific ‘proof’. It is a natural process. This so-called “precautionary principle” (PP) has...
The OHE model takes into account the value to society of new antibiotics as well as the risks and rewards for payers and the entities developing the new drugs.
A new model aimed at encouraging the development of new antibiotics was presented recently by OHE’s Chris Hoyle, who collaborated with Adrian Towse and Jorge Mestre-Ferrandiz in designing the model.