Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements

Por um escritor misterioso

Descrição

Blood oxygen monitoring is one of the main methods to determine if COVID-19 patients need immediate medical attention, but the devices used for these measurements can be less accurate on darker skin tones. UC San Diego nanoengineers are engineering a solution to improve accuracy on all skin tones.
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Since COVID, concern grows over race-based skin bias in pulse
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Learned spectral decoloring enables photoacoustic oximetry
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
A photothermal-response oxygen release platform based on a
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Since COVID, concern grows over race-based skin bias in pulse
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Monitoring deep-tissue oxygenation with a millimeter-scale
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Why inaccuracies with pulse oximeters were ignored for so long
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Engineering micro oxygen factories to slow tumour progression via
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
The Fatal Flaw of the Pulse Oximeter - IEEE Spectrum
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Engineering a solution to a skin-deep problem of blood oxygen
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
Engineering a solution to a skin-deep problem of blood oxygen
Engineering a Solution to a Skin-Deep Problem of Blood Oxygen Measurements
From oximeters to AI, where bias in medical devices may lurk
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