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Ingestible Electronics

All articles tagged with #ingestible electronics

Dissolving magnesium battery powers ingestible medical devices in pig trials
science-and-health21 days ago

Dissolving magnesium battery powers ingestible medical devices in pig trials

Researchers have developed a bioresorbable magnesium-molybdenum trioxide battery that powers ingestible medical devices for up to three days before safely dissolving in the gastrointestinal tract. Tested in swine, the battery enabled wireless medication tracking and gastric electrical stimulation, offering a non-invasive alternative to surgical implants. The technology aims to eliminate electronic waste and toxic leakage risks associated with conventional batteries, with human clinical trials expected to begin within two years.

MIT team tests edible battery that powers stomach devices and dissolves safely
science-and-technology22 days ago

MIT team tests edible battery that powers stomach devices and dissolves safely

Researchers at MIT have developed a biodegradable battery capable of powering medical devices inside the human body. Tested in pigs, the battery uses magnesium and molybdenum trioxide to power wireless tags and stomach stimulators before dissolving into safe, absorbable components. The technology aims to replace invasive implants with swallowable devices for monitoring health and regulating appetite.

MIT’s Biodegradable Capsule Confirms Medication Ingestion in Real Time
science9 months ago

MIT’s Biodegradable Capsule Confirms Medication Ingestion in Real Time

MIT engineers have developed a biodegradable ingestible capsule with a zinc-cellulose antenna and a micro-RFID chip that emits a real-time signal confirming a pill has been swallowed. The capsule dissolves in the stomach while the RFID component is excreted, enabling noninvasive adherence monitoring for critical therapies (e.g., transplant immunosuppression) and potential integration with health records. The SAFARI project uses safe, eco-friendly materials and aims for human trials, offering a pathway to real-time feedback without bulky wearables.