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AI synopsis
The discussions reflect strong positive sentiment, highlighted by mentions of the work being featured on the cover of a prestigious journal and its potential benefits for both human and animal health, using words like 'original,' 'innovative,' and 'game-changer' to emphasize its impact and interest.
Most discussions show enthusiasm and support for the research, highlighting its novelty and significance for wearable health monitoring.
The posts reveal high interest, with mentions of publication features, cover stories, and applied potential, indicating enthusiasm about the technology.
Many discussions provide detailed references to the sensor’s capabilities, applications for both humans and animals, and recognition from media outlets, showing deep engagement.
The discussions emphasize the innovative nature and broad applications, suggesting the research could have a significant influence on wearable health technology.
Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Functional Materials (article here: https://t.co/y1KwYzGCOR). We would like to thank our talented designer @mervecirisoglu for this piece of art. https://t.co/DAQMpWVsUs
This week, we had the privilege of being featured on BBC @digitalplanet who covered our work on stretchable composite sensors for monitoring vital signs of humans and dogs. Thanks @HarryJTL for visiting our lab and creating the story. Manuscript here - - > https://t.co/aw1S1Hu1t7 https://t.co/DTtFoxGEoR
It has been so busy lately that we didn't even get to tweet about our most recent publication :) After many years of hard work, last week we published our results in Advanced Functional Materials. Our work will also be featured on the cover so stay tuned! https://t.co/y1KwYzGCOR
We have developed a stretchable sensor that is suitable for use with furry animals (i.e. dogs) and does not require shaving of the animal for data acquisition, paving the way for live health trackers for animals. Publication live: https://t.co/ad0xTkHLRB @AdvSciNews @gudeResearch https://t.co/JnQr0koZC4
@muhammethabib @ICTechcelerate @imperialcollege Many thanks for the interest Habib abi. :) You may read these articles covering our novel sensors; Heart rate monitoring: https://t.co/cbmDe3VEPn Respiration monitoring: https://t.co/wbvAWMyDyX We are working hard to translate these technologies for the benefit of dog lovers.
Here is the link for the published work. https://t.co/ad0xTkHLRB
This research introduces a flexible, stretchable composite material made of silicone, water, or hydrogels that can monitor vital signs through clothing or fur without skin contact. The system outperforms traditional…
This research introduces a highly flexible, stretchable composite of silicone, water, or hydrogels that effectively monitors heart and respiratory patterns through clothing or furry skin without skin contact. The system…
A highly flexible and stretchable composite made of silicone, water, or hydrogels enables non-invasive monitoring of heart and respiratory patterns through clothing or furry skin. This system outperforms traditional…
This study introduces a stretchable, low-cost composite of silicone, water, or hydrogels. When combined with traditional transducers, it enables high-performance, non-invasive real-time monitoring of heart and…
The new health sensors help owners track their pets' health and monitor vital signs during surgery without shaving. Made from silicone-water composite, they detect heart and breathing rates through fur, with motion…
@muhammethabib @ICTechcelerate @imperialcollege Many thanks for the interest Habib abi. :) You may read these articles covering our novel sensors; Heart rate monitoring: https://t.co/cbmDe3VEPn Respiration monitoring: https://t.co/wbvAWMyDyX We are working hard to translate these technologies for the benefit of dog lovers.
Here is the link for the published work. https://t.co/ad0xTkHLRB
RT @gudeResearch: This week, we had the privilege of being featured on BBC @digitalplanet who covered our work on stretchable composite sen…
RT @gudeResearch: This week, we had the privilege of being featured on BBC @digitalplanet who covered our work on stretchable composite sen…
This week, we had the privilege of being featured on BBC @digitalplanet who covered our work on stretchable composite sensors for monitoring vital signs of humans and dogs. Thanks @HarryJTL for visiting our lab and creating the story. Manuscript here - - > https://t.co/aw1S1Hu1t7 https://t.co/DTtFoxGEoR
RT @gudeResearch: It has been so busy lately that we didn't even get to tweet about our most recent publication :) After many years of hard…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
RT @gudeResearch: Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Func…
Our recent article on stretchable composite acoustic wearable transducers has been featured on the cover of Advanced Functional Materials (article here: https://t.co/y1KwYzGCOR). We would like to thank our talented designer @mervecirisoglu for this piece of art. https://t.co/DAQMpWVsUs
Stretchable Composite Acoustic Transducer for Wearable Monitoring of Vital Signs https://t.co/7pUxFwIOcS
RT @gudeResearch: It has been so busy lately that we didn't even get to tweet about our most recent publication :) After many years of hard…
RT @gudeResearch: It has been so busy lately that we didn't even get to tweet about our most recent publication :) After many years of hard…
It has been so busy lately that we didn't even get to tweet about our most recent publication :) After many years of hard work, last week we published our results in Advanced Functional Materials. Our work will also be featured on the cover so stay tuned! https://t.co/y1KwYzGCOR
RT @ysnctr: We have developed a stretchable sensor that is suitable for use with furry animals (i.e. dogs) and does not require shaving of…
We have developed a stretchable sensor that is suitable for use with furry animals (i.e. dogs) and does not require shaving of the animal for data acquisition, paving the way for live health trackers for animals. Publication live: https://t.co/ad0xTkHLRB @AdvSciNews @gudeResearch https://t.co/JnQr0koZC4
Stretchable Composite Acoustic Transducer for Wearable Monitoring of Vital Signs (relevance: 49%) https://t.co/0lumoba035 #biophotonics #biomedicaloptics https://t.co/xuZ7OGYx9G
Stretchable Composite Acoustic Transducer for Wearable Monitoring of Vital Signs https://t.co/wKgO3xG86m #bioRxiv