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New Zealand researchers develop AI-powered implants that adaptively manage heart conditions in real time.
AI-powered medical devices could transform heart disease treatment by dynamically regulating heart rate, blood pressure, and rhythm in real time, according to University of Auckland researchers.
These bioelectronic implants, which learn individual physiological patterns, aim to respond automatically to deviations—like high blood pressure—offering a major advancement over current static devices.
The university’s multidisciplinary team is developing the technology, which may combine with stem cell therapies to repair damaged nerves.
While challenges remain in data security, maintenance, and public trust, experts say investment is key to turning research into market-ready solutions, positioning New Zealand as a leader in a growing global medtech industry.
Investigadores de Nueva Zelanda desarrollan implantes impulsados por IA que manejan las afecciones cardíacas de manera adaptativa en tiempo real.