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New wireless implant can help measure oxygen levels deep inside the body

New wireless implant can help measure oxygen levels deep inside the body Engineers at the University of California, Berkeley, have created a tiny wireless implant that can provide real-time measurements of tissue oxygen levels deep underneath the skin. The device, which is smaller than the average ladybug and powered by ultrasound waves, could help doctors monitor the health of transplanted organs or tissue and provide an early warning of potential transplant failure. The technology, created in collaboration with physicians at the University of California, San Francisco, also paves the way for the creation of a variety of miniaturized sensors that could track other key biochemical markers in the body, such as pH or carbon dioxide. These sensors could one day provide doctors with minimally invasive methods for monitoring the biochemistry inside functioning organs and tissues.

Minuscule Oxygen Sensing Implant can Measure Tissue Oxygen Levels in Real Time

Minuscule Oxygen Sensing Implant can Measure Tissue Oxygen Levels in Real Time Written by AZoSensorsApr 15 2021 A tiny wireless implant developed by engineers from the University of California, Berkeley, can offer real-time measurements of tissue oxygen levels deep beneath the skin. This wireless implant, developed by engineers at the University of California, Berkeley, can measure the oxygenation of living tissue deep below the surface of the skin. Image Credit: UC Berkeley photo by Soner Sonmezoglu. The device is smaller than the average ladybug and driven by ultrasound waves. It could enable doctors to track the health of transplanted tissue or organs and offer an early warning of possible transplant failure.

Ladybug-sized implant measures oxygen deep inside the body

A new tiny wireless implant provides real-time measurements of tissue oxygen levels deep underneath the skin. The device, which is smaller than the average ladybug and powered by ultrasound waves, could help doctors monitor the health of transplanted organs or tissue and provide an early warning of potential transplant failure. The technology also paves the way for the creation of a variety of miniaturized sensors that could track other key biochemical markers in the body, such as pH or carbon dioxide. These sensors could one day provide doctors with minimally invasive methods for monitoring the biochemistry inside functioning organs and tissues.

Tiny wireless implant detects oxygen deep within the body