Tag #Bioresorbable Pacemaker

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dailymail.co.uk

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Jul 22, 07:14

Injectable, Bioresorbable Pacemaker Shows Promise in Reducing Cardiac Implant Risks

Northwestern University researchers developed a biodegradable, injectable pacemaker smaller than a grain of rice, eliminating surgical implantation risks and the need for future removal, offering a significant advancement in cardiac care.

Injectable, Bioresorbable Pacemaker Shows Promise in Reducing Cardiac Implant Risks

Northwestern University researchers developed a biodegradable, injectable pacemaker smaller than a grain of rice, eliminating surgical implantation risks and the need for future removal, offering a significant advancement in cardiac care.

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What are the potential long-term implications and future applications of this technology for the treatment of cardiac arrhythmias?

This technology may significantly impact cardiac care, particularly for infants and patients requiring temporary pacemakers. Future applications could involve multiple injections for enhanced precision in heart rhythm monitoring and treatment, reducing the reliance on traditional, invasive methods.

es.euronews.com

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Apr 6, 13:18

Bioresorbable Mini-Pacemaker Revolutionizes Pediatric Cardiac Treatment

Northwestern University researchers created a bioresorbable, light-activated cardiac pacemaker smaller than a grain of rice (1.8mm x 3.5mm x 1mm), addressing the need for temporary pediatric cardiac pacing, implanted non-invasively via syringe and dissolving naturally after use.

Bioresorbable Mini-Pacemaker Revolutionizes Pediatric Cardiac Treatment

Northwestern University researchers created a bioresorbable, light-activated cardiac pacemaker smaller than a grain of rice (1.8mm x 3.5mm x 1mm), addressing the need for temporary pediatric cardiac pacing, implanted non-invasively via syringe and dissolving naturally after use.

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What are the potential future applications of this miniaturization technology beyond cardiac pacing?

The biodegradable nature of the device, composed of biocompatible materials, eliminates the need for a second surgery to remove it, reducing risks of complications such as infections or blood clots. The pacemaker's power source is a galvanic cell using body fluids, further contributing to its miniaturization and eliminating the need for batteries or receivers. This technology has broader applications in bioelectronics.

lemonde.fr

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Apr 25, 13:17

Bioresorbable Pacemaker Shows Promise for Post-Heart Surgery Recovery

Northwestern University researchers developed a temporary, bioresorbable pacemaker activated by near-infrared light, eliminating implanted electrodes, dissolving after days, and showing promise for faster post-operative recovery after heart surgery; tested in vivo on rats and dogs, and ex vivo on hu...

Bioresorbable Pacemaker Shows Promise for Post-Heart Surgery Recovery

Northwestern University researchers developed a temporary, bioresorbable pacemaker activated by near-infrared light, eliminating implanted electrodes, dissolving after days, and showing promise for faster post-operative recovery after heart surgery; tested in vivo on rats and dogs, and ex vivo on hu...

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How does the device's non-invasive, self-powered design address the limitations of traditional pacemakers?

This temporary pacemaker addresses the challenges of traditional devices by eliminating implanted electrodes and wires. The near-infrared activation, powered by the heart tissue itself, allows for non-invasive stimulation and resorption, reducing the invasiveness of post-operative care.

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