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Scientists create living bioelectronics that can sense and heal skin

Scientists create living bioelectronics that can sense and heal skin
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Jiuyun shiSaehyun kimBiointegrated living electronicsPolsky centerUniversity of chicagoBozhi tian university of chicagoStanford universityBozhi tianActive biointegrated living electronicsSoft matter characterization facilityPritzker nanofabrication facility

Scientists invent living bioelectronics that can sense and heal skin

Scientists invent living bioelectronics that can sense and heal skin
sciencedaily.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sciencedaily.com Daily Mail and Mail on Sunday newspapers.

Pengju liSaehyun kimJiping yueChuanwang yangEthan eigJiuyun shiLewis shiStanford universityUniversity of chicagoRutgers universityColumbia universityPolsky centerBiointegrated living electronicsActive biointegrated livingSoft matter characterization facilityPritzker nanofabrication facility

UChicago Develops Living Bioelectronics for Skin Sensing, Healing

UChicago Develops Living Bioelectronics for Skin Sensing, Healing
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Chuanwang yangPengju liEthan eigLewis shiSaehyun kimJiping yueJiuyun shiUniversity of chicagoBiointegrated living electronicsStanford universityRutgers universityColumbia universityPolsky centerBozhi tianActive biointegrated living electronicsSoft matter characterization facility

Light-powered pacemaker is thinner than a human hair

A featherlight pacemaker, powered by light and thinner than a human hair, can be implanted to regulate heart activity.

United statesUniversity of chicagoPengju liNarutoshi hibinoUs air force office of scientific researchUs army research officeUniversity of chicago polsky centerNational institutes of healthNational science foundationUniversity of chicago medicinePritzker school of molecular engineeringChicago pritzker schoolMolecular engineeringProfessor bozhi tianChicago medicineUchicago polsky center

Tiny Device Makes a Big Impact on Cardiac Resynchronization Therapy

Human bodies occasionally require a boost. Pacemakers are tiny devices that control the electrical impulses in the heart to maintain a regular heartbeat for millions of Americans. However, researchers hope to make these gadgets even more compact and unobtrusive to minimize difficulties.

University of chicagoUnited statesHidenori hayashiJean lachatJiping yueChuanwang yangSkyla bailyJing zhangChangxu sunJiuyun shiNarutoshi hibinoPengju liJudah huberman shlaesOwen liUchicago pritzker school of molecular engineeringStudy co