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© Jeff Hiserman, PT
Description
Wearables; where fashion and technology intersect. News on the people, technology, and research in the world of medical and consumer health wearables.
https://www.spectrumergonomics.com
https://www.spectrumergonomics.com
232 Episodes
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Maria Reynoso Gonzalez discusses the challenges her team has faced with developing the sensor to detect biomarkers.
Maria Reynoso Gonzalez describes her work in conjunction with a sensor to help detect biomarkers for diabetes.
Maria Reynoso Gonzalez, a PhD student at UC San Diego, discusses her work with micro needling.
Fingermaus allows for computer use without using a mouse in a flat surface.
3D printing layers for dry batteries is a reality!
Researchers at Pennsylvania State University have developed and tested a prototype glucose sensor that is noninvasive.
Researchers at UC San Diego Health have successfully implanted a cervical disc implant made from 3D printed titanium and customized for the patient with the help of AI.
Researchers have found a sensor that can monitor scarring on the ends of a cardiac stent, wirelessly.
3D bioprinting of human menisci in the International Space Station is now a reality and not sci fi anymore.
Scientists are using 3D printing to patch and then adding heart cells to regrow the heart tissue.
The world's first clinical trial of 3D printed chondral tissue with stem cells promises a minimally invasive and long term solution to knee joint cartilage deterioration.
Researchers at USC have developed a sensor to check the level of lithium in sweat, helping to regulate bipolar patients drug dosing.
Subhasis Banerji, PhD shares the future development of Synphne.http://www.synphne.com/https://www.youtube.com/watch?v=qKp3J3Y18RI&t=7shttps://www.linkedin.com/posts/synphne_synphne-announces-the-launch-of-its-next-gen-activity-7303090240569671681-MmpE/
Subhasis Banerji, PhD discusses the development of Synphne as it is now.http://www.synphne.com/https://www.youtube.com/watch?v=qKp3J3Y18RI&t=7shttps://www.linkedin.com/posts/synphne_synphne-announces-the-launch-of-its-next-gen-activity-7303090240569671681-MmpE/
Subhasis Banerji, PhD describes the journey to a working concept of Synphne.http://www.synphne.com/https://www.youtube.com/watch?v=qKp3J3Y18RI&t=7shttps://www.linkedin.com/posts/synphne_synphne-announces-the-launch-of-its-next-gen-activity-7303090240569671681-MmpE/
Subhasis Banerji, PhD reveals the science behind Synphne.http://www.synphne.com/https://www.youtube.com/watch?v=qKp3J3Y18RI&t=7shttps://www.linkedin.com/posts/synphne_synphne-announces-the-launch-of-its-next-gen-activity-7303090240569671681-MmpE/
Dr. Sriramana Sankar discusses the future of the hybrid robotic hand .http://www.linkedin.com/in/sriramana-sankar
Dr. Sriramana Sankar reveals the intricacies of the hybrid robotic hand being developed at Johns Hopkins.http://www.linkedin.com/in/sriramana-sankar
Dr. Sriramana Sankar discusses the uniqueness of this robotic hand. http://www.linkedin.com/in/sriramana-sankar
Dr. Sriramana Sankar shares the nascent days of the hybrid robotic hand being developed at Johns Hopkins.http://www.linkedin.com/in/sriramana-sankar
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