Future heart rate regulators and cardioverter defibrillators could soon get a new, unexpected power source—right from the heartbeat itself. According to a report by Taiwan's "China Times" on the 11th, citing international news, a British research team has developed a technology that harnesses micro-power generated by the heart. Their experiments have successfully produced up to 17% of the energy needed to power these devices, potentially revolutionizing how they operate.
Dr. Roberts from the University of Southampton said in a statement: "This is a proof-of-concept study, and we're introducing new ideas." The team believes that integrating this technology into future devices could lead to long-lasting, advanced instruments capable of managing heart rhythms more effectively.
"The additional energy gained from the heartbeat could make a significant difference," he added. "It gives engineers more flexibility in designing more powerful and efficient devices."
Heart rhythm regulators deliver electric pulses to regulate heartbeat speed, while implantable cardioverter defibrillators detect and correct abnormal heart rhythms. These life-saving devices are becoming increasingly sophisticated, but their small size remains a challenge. To add more features or increase energy output, manufacturers often have to enlarge the battery, which can lead to larger implants.
The researchers warn that increasing the device size could cause discomfort for patients and create visible lumps under the skin. By using the heart’s own energy, this innovation could help reduce the need for larger batteries, making future devices smaller, more comfortable, and more effective. This breakthrough could mark a major step forward in the development of next-generation cardiac implants.
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