Amazing #toolkit of thread based devices for #3dtissue #implanting for #medical #diagnostics at @ @nresearchnews https://t.co/5zP4Khvwfc https://t.co/MOAcXfcDZl
Stretchable rubber fibers for in-vivo skin and tissue analysis, from Tufts University https://t.co/MK3CqLJVMy
RT @Angiologist: Can you think of nano-sensors in vascular disease? Cutting edge #medtech is underutilized in the field @engelhardy https:/…
A concept that originated in retail has a chance to reduce the likelihood that a person needs a #hipreplacement. https://t.co/ZsCNERNrfj
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical… https://t.co/frxex4zXp7 #hcmktg
#3D tissue embedding for #medical #diagnostics https://t.co/lg4vJfx0Hc #diagnostic #sutures #healthtech https://t.co/rNcgEpKWIf
Suture based #microfluidics for embedded nanosensing and monitoring several #mhealth uses https://t.co/qTw7wQPOv8 https://t.co/ceT0jvi5HE
La suture intelligente A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding... https://t.co/5Fy5wpVJVS
#Smart #sutures to #monitor and provide real time #data on #wound #healing (environment) https://t.co/0zZpPsyFrp https://t.co/DXdmeJl8Ip
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/kigOg9HMPC
Un fil intégrant des capteurs #nanométriques, interface qui évalue et transmet les données d'organes ou d'implants. https://t.co/hyR7fhzc51
Sensors in the suture: development of a thread-based chemical and physical sensors for transdermal health monitoring https://t.co/UxnM0SucX0
These #threads could send #health info wirelessly to your #doctor. https://t.co/xix4vDOGuF #surgery #medicaltechnology #medicine #textiles
RT @sameersonkusale: Our work on smart sensing sutures published in Nature MicroNano https://t.co/E869VLOeuq . Here is the news brief https…
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
This smart thread follows your healing process, pretty cool for a situation w/ stitches https://t.co/Fui31MQXka https://t.co/jO3SQFc6jT
Nanotech applied in #healthcare: 'smart sutures' are near that wirelessly transmit diagnostic info https://t.co/bB5mnN9T8Z #nanotechnology
Thread-based diagnostics could change real-time in vivo monitoring. @sameersonkusale https://t.co/DNCTj6xREc https://t.co/ErbsNuSgIO
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/N45UiNUrkv
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/rOkZmWFPOp
Suture threads as an electronic microfluidics system. Freakin' cooooooooooool 🕶 https://t.co/cWRYlVS5zj #biotech #Nanotech
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/MhP8dqwbKw
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/Bng7h5s9jm
This suture uses microscopic sensors to detect physiological changes like temp, glucose, infections... ht @statnews. https://t.co/rjN8zDx8GR
Smart sutures can can collect diagnostic data in vivo. (MicrosysNanoeng): https://t.co/ATypLJDalk
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/hFdUoUPeQl
#Toolkit: #thread-based #microfluidics, #sensors, & #electronics for #3D #tissue embedding for #medical #diagnostics https://t.co/9Xo167iXCu
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/cZrqp6sXFr
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/jsAO9Ii194
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
A toolkit of threadbased microfluidics sensors and electronics for 3D tissue embedding for null https://t.co/23fAhrsSJt #DTHSTR
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/SC14RycTY6
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @sameersonkusale: Our work on smart sensing sutures published in Nature MicroNano https://t.co/E869VLOeuq . Here is the news brief https…
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
Our work on smart sensing sutures published in Nature MicroNano https://t.co/E869VLOeuq . Here is the news brief https://t.co/VXDooT4YvG
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical di... https://t.co/nbPBxIVEZX #DIY
A toolkit of thread-based microfluidics, sensors, and electronics for 3D tissue embedding for medical diagnostics https://t.co/419dARhSD5
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
RT @EricTopol: Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G
Smart thread: biosensors, microfluidics, #3D tissue microelectronics https://t.co/Qwj650MQSi #OA https://t.co/IhmbkDGR3G