Antimicrobial resistance (AMR) is a growing global health crisis that not only endangers lives but also puts immense pressure on healthcare systems and insurance models. As the misuse and overuse of antibiotics accelerate resistance, insurers must adapt to the rising costs and evolving risks that AMR presents.
According to the U.S. Centers for Disease Control and Prevention (CDC), antibiotic resistance can add as much as $1,400 to hospital bills for patients with bacterial infections – exponentially increasing financial burdens.
Natalie Kelly, head of global underwriting, claims, and R&D at Swiss Re, underscored that tackling AMR is a win-win for both policyholders and the insurance industry.
“Preventive services against AMR benefit both policyholders and insurers by saving lives, reducing costs, and lowering healthcare utilization,” she said. “By minimizing AMR risks, we can help safeguard essential medications for future generations.”
Causing nearly 5 million deaths in 2019 alone, AMR is rapidly emerging as an urgent public health threat, with profound implications for health insurance models.
Health insurers must brace for rising costs as complex treatment regimens become necessary to combat infections caused by resistant bacteria.
“The rise of antimicrobial resistance will lead to escalating long-term healthcare expenses as costly treatment options are explored for individuals with AMR,” Kelly said.
“Insurers must adapt their models to cover access to these treatments as the threat continues to rise.”
These alternative treatments often involve "last resort" antibiotics, reserved for infections that do not respond to standard therapies. While essential for treating resistant infections, these medications are particularly expensive and come with significant challenges, further increasing healthcare costs. Their limited availability and high production expenses impose a substantial financial burden on healthcare systems and insurers alike.
Insurers and brokers can implement several key strategies to mitigate the risk of AMR: