Sustainability

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Nunes et al. systematically reviewed 15 studies from seven countries on the implementation of decarbonisation actions in general practice.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Lodhia et al. systematically reviewed staff attitudes, barriers, and enablers to implementing environmentally sustainable practices in operating theatres across eight countries.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Davies et al. systematically reviewed implementation approaches to improve environmental sustainability in operating theatres.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Bobini et al. conducted an international survey of health technology assessment (HTA) organizations across 20 countries to explore global progress in integrating environmental sustainability into HTA.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Garcia Sanchez et al. developed a framework to quantify the environmental impacts of a disease care pathway, using chronic kidney disease (CKD) as a model.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Eidmann et al. assessed the carbon emissions from eight orthopedic surgical procedures in Germany, utilizing the Greenhouse Gas Protocol.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Thöne et al. performed a comparative life-cycle assessment of single-use and reusable flexible ureterorenoscopes to quantify their greenhouse gas emissions and health impacts within a German hospital setting. The study demonstrated that reusable devices are associated with nearly four times fewer greenhouse gas emissions and lower Disability-Adjusted Life Years per intervention than single-use instruments. These findings underscore that medical device choices can have substantial environmental and health impacts, supporting a shift toward more sustainable healthcare solutions.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Kloevekorn et al. conducted a qualitative systematic review to analyze direct sources of carbon emissions in hospital surgical care, using the Congruence Model as a framework. The authors found that major emission sources include anesthetic gases, sterilization practices, and ingrained workplace behaviors, while sustainability efforts are primarily linked to waste policies. The study highlights the value of the Congruence Model for uncovering challenges in decarbonizing surgical care.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Amin et al. conducted an audit to quantify both contaminated and recyclable waste generated from invasive cardiac procedures in a single cardiac center, which performs approximately 350 cardiac surgeries and 2,900 interventional cases annually. The study found that the center produced an estimated 11,000 kg of recyclable and 30,000 kg of contaminated waste each year, with potential global extrapolation reaching 150 million kg of annual waste from such procedures. The authors highlight the need for sustainability initiatives within cardiology to address the environmental burden of medical waste.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Qin et al. assessed the economic and environmental impact of single-use instruments (SUIs) versus reusable instruments (RUIs) in cataract surgery across six centers in Europe and the United States. The analysis found that annual costs for SUIs were lower or similar to those of RUIs in four out of six centers, with the greatest cost-effectiveness observed in facilities where sterilization costs were highest. Over a five-year period, however, the carbon footprint of SUIs was substantially greater: 5,478.2 kg CO₂ eq without recycling and 4,639.9 kg CO₂ eq with recycling, compared to just 20.6 kg CO₂ eq for RUIs. These findings suggest that while SUIs may offer financial advantages in some hospital settings, they pose a significant environmental impact.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Wang et al. evaluated the global warming potential of various greenhouse gases used in medical practice, analyzing both their clinical applications and environmental effects. The study identified anesthetic agents such as nitrous oxide, as well as fluorinated gases used in retinal surgery, as particularly problematic due to their exceptionally high global warming potential and prolonged atmospheric persistence. The authors advocate for targeted interventions to reduce the environmental footprint of medical gases while maintaining clinical effectiveness.

MTRC shares the most relevant and impactful publications in the field of market access and HEOR for medical technologies in Europe through its Sustainability Publications Digest. In a recent publication, Mastronardi et al. evaluated the implementation of a recycling program in operating rooms at a single Italian center to reduce environmental impact and costs. Conducted from June 2023 to April 2024, the study demonstrated that recycling 21.8% of operating room waste led to an 11.6% reduction in CO2 emissions and 13.5% cost savings in waste disposal. These results highlight the feasibility and benefits of structured recycling initiatives in surgical settings.