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Wound Sensor Patch Indicates Healing Status |

Researchers at the National University of Singapore have created a wound sensor patch that measures various wound biomarkers that can indicate would

Su xiaodiNational university of singaporeNational universityBenjamin teeScience advances

AI-based patch in Singapore can track wound healing status without battery

It can determine wound healing status within 15 minutes.

Su xiaodiMaterials departmentNational university of singaporeInstitute of materials researchNational universityMaterials researchScience advancesSoft materials department

The Engineer - PETAL sensor assesses status of wound healing in 15 minutes

The Engineer - PETAL sensor assesses status of wound healing in 15 minutes
theengineer.co.uk - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from theengineer.co.uk Daily Mail and Mail on Sunday newspapers.

Su xiaodiCollege of designNational university of singaporeInstitute of materials researchMaterials departmentDepartment of materials scienceInstitute for health innovation technologyNational universityMaterials researchAssociate professor benjamin teeMaterials scienceHealth innovationSoft materials departmentProf tee

Sensor patch developed in Singapore aims to monitor wound recovery using AI

A paper-thin sensor patch the size of a postage stamp attached to the skin could soon help to determine how well a wound is healing – without the need to remove its dressing.

National university of singaporeSingapore generalSu xiaodiResearch institute of materialsInstitute for health innovationSkin research institute of singaporeAgency for scienceNanyang technological universityStraits times singapore asia news networkNational universityMaterials researchSkin research instituteScience advancesAssociate professor benjamin teeHealth innovationGlobal market

Innovative Paper-Like, Battery-Free, AI-Enabled Sensor for Holistic Wound Monitoring

Researchers have developed a new battery-free, AI-enabled sensor patch comprised of five colorimetric sensors that can monitor wound healing.

National university of singaporeSingapore generalDavid beckerSu xiaodiInstitute of materials researchCollege of designDepartment of materials scienceSkin research institute singaporeMaterials departmentNanyang technological universityInstitute for health innovation technologyNational universityMaterials researchAssociate professor benjamin teeMaterials scienceHealth innovation

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