New Research from RGA: GLP-1s Expected to Reduce US Mortality by 3.5% Over the Next 20 Years
- By 2045, incretin-based drugs such as GLP-1s could reduce mortality in the US by 3.5% in a central scenario, 8.8% in an optimistic scenario, and 1.0% in a pessimistic scenario.
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Under the same central scenario, mortality could decrease by 2.0% in the
UK , 2.6% inCanada , and 1.4% in Hong Kong. - Mortality improvements will vary by age, with ages 45-59 seeing the biggest reduction and age 85+ the lowest reduction.
Based on RGA’s models, AOMs have the potential to meaningfully improve population mortality and disease incidence rates and could reduce mortality in the US by 3.5% by 2045 in a central scenario. RGA’s research models the impact of AOMs over the next 20 years to 2045 using three key groups of assumptions: effectiveness, uptake, and relative risk of mortality and morbidity. In addition to a central scenario, the research calculates optimistic and pessimistic scenarios by flexing these key assumptions to plausible higher and lower values.
Key findings:
Population mortality
- By 2045, incretin-based drugs such as GLP-1s could reduce mortality in the US by 3.5% in a central scenario, 8.8% in an optimistic scenario, and 1.0% in a pessimistic scenario.
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Under the same central scenario, mortality could decrease by 2.0% in the
UK , 2.6% inCanada , and 1.4% inHong Kong . - Mortality improvements will vary by age, with ages 45-59 seeing the biggest reduction and age 85+ the lowest reduction.
Population morbidity
- Populations could see smaller but still positive reductions in the incidence of cancers over the same period.
Insured mortality and morbidity
- Insured groups and annuitants are likely to see somewhat lower mortality and morbidity reductions than the general population.
“We believe that anti-obesity medications will have a meaningful benefit on general population-level mortality. This will differ by geography, largely reflecting the obesity profiles of different markets, and by age, sex, and access to medicines,” said
Although cost remains an obstacle to wider use, growing competition and the arrival of generic and oral formulations are expected to lower prices. The next wave of incretin-based therapies is poised to offer significant advantages over the current generation for treating diabetics and supporting weight loss in those living with obesity.
Incretin-based therapies are under active investigation to treat a growing spectrum of medical conditions ranging from neurodegenerative disorders to substance abuse. There is also increasing interest in their potential for disease prevention due to the demonstrated systemic anti-inflammatory properties, metabolic regulatory effects, and the ability to influence satiety and insulin sensitivity.
“This is a fast-moving space with significant uncertainty, but the potential of these drugs is exciting,” added Cheng. “As the list of approved indications continues to expand, and adoption rises among those with existing illnesses, these therapies hold the potential to deliver a substantial positive impact on public health.”
For more detailed information, view the full research report. For RGA’s perspective on how insurers can best reflect medical advancements, such as GLP-1 drugs in forward-looking biometric assumptions, read the companion paper, “Evaluating Biometric Trend Drivers: How to reflect medical breakthroughs and other drivers in forward-looking assumptions.”
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