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All 20 dated mentions so far are from Feb 2024.
AI synopsis
The discussions highlight the innovative aspects of the wearable bioadhesive ultrasound sensor, emphasizing its ability to monitor deep organs over extended periods, with words like 'potential,' 'detect,' and 'continuous measurement' indicating strong interest and optimism. The tone suggests these discussions see this technology as a game-changer in medical diagnostics, contributing to its high impact assessment.
Most discussions express positive support and optimism about the new wearable device’s capabilities and potential clinical benefits.
Posts show high curiosity and enthusiasm for understanding the technology and its applications, as seen in mentions of disease detection and real-time monitoring.
The discussions include references to specific features like continuous measurement, organ monitoring, and rapid disease detection, indicating deep engagement.
Respondents believe this innovation could significantly improve disease management, especially with mentions of early detection and clinical applications, indicating high perceived impact.
We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep internal organs over 48 hours. https://t.co/JYMlq5fq0P
A wearable, bioadhesive ultrasound continuously measures liver stiffness for 48 hours, showing potential for early detection of rapidly changing diseases, such as acute liver failure. https://t.co/z7lLAhauAU https://t.co/8USCjrMZx7
Wearable bioadhesive ultrasound shear wave elastography https://t.co/DLZnSZ94jt
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
A small #ultrasound #sticker, worn on the #skin, can monitor the stiffness of #organs deep inside the body. The MIT-developed #sensor could detect signs of disease such as liver and kidney failure, and the progression of solid #tumors. https://t.co/LAZ4tHonrC https://t.co/u1RkFfOgnx
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
This video discusses the fabrication of nanoscrolls from Janus TMDC monolayers, highlighting their potential for high-performance applications. The study demonstrates the creation of ultra-narrow structures with uniform…
Transition metal dichalcogenides exhibit unique properties like photovoltaic effects and superconductivity. This video explores the fabrication of small-diameter nanoscrolls from Janus TMDC monolayers (WSSe and MoSSe)…
Pegatina en la muñeca que vigila órganos internos del cuerpo https://t.co/Q884BdgF5Q Más información: Wearable bioadhesive ultrasound shear wave elastography https://t.co/4AZCLE8VkX
Wearable Bioadhesive Ultrasound Shear Wave Elastography. Science Advances https://t.co/jmU0UuHJkf
A small #ultrasound #sticker, worn on the #skin, can monitor the stiffness of #organs deep inside the body. The MIT-developed #sensor could detect signs of disease such as liver and kidney failure, and the progression of solid #tumors. https://t.co/LAZ4tHonrC https://t.co/u1RkFfOgnx
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
Wearable bioadhesive ultrasound shear wave elastography https://t.co/DLZnSZ94jt
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
RT @ProfZhaoMIT: We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep int…
We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep internal organs over 48 hours. https://t.co/JYMlq5fq0P
RT @ScienceAdvances: A wearable, bioadhesive ultrasound continuously measures liver stiffness for 48 hours, showing potential for early det…
A wearable, bioadhesive ultrasound continuously measures liver stiffness for 48 hours, showing potential for early detection of rapidly changing diseases, such as acute liver failure. https://t.co/z7lLAhauAU https://t.co/8USCjrMZx7