EDUCATION ETC. EXCLUSIVE
“We Are Electric” by Sally Adee: Medgadget Interviews the Author

The human body has a deep connection with electricity. The transmission of electrical impulses is responsible for the movement of our limbs, the functioning of our organs, and the formation and recall of memories. The signatures of the various electrical signals emanating from...

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ENT ETC. NORTHWESTERN TELEMEDICINE
Wearable Device Senses When Vocal Fatigue Sets in

Researchers at Northwestern University have developed a wearable that can detect when someone is talking or singing, and tallies this information up to provide a warning when the wearer might be at risk of vocal fatigue. Overusing your voice in a short space of time can lead t...

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ETC. GENETICS PATHOLOGY PUBLIC HEALTH
Voice-Activated Sample Prep for Safer Handling

Researchers at Kyung Hee University in South Korea have developed a voice-activated DNA sample pre-treatment device to assist clinicians dealing with outbreaks of infectious disease to stay safer. Dealing with highly infectious patient samples puts clinicians and lab technicia...

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ATLS ERC ESA ESTES ETC ETCO EUROPEAN SOCIETY FOR EMERGENCY MEDICINE EUROPEAN SOCIETY FOR TRAUMA AND EMERGENCY SURGERY EUROPEAN TRAUMA COURSE EUSEM PHTLS
European Trauma Course – The Team Approach to Trauma ETC

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ETC. MEDICINE PEDIATRICS UNIV_TSUKUBA_EN
Furry Soft Robot Helps Patients During Unpleasant Medical Procedures

A team of researchers at the University of Tsukuba in Japan has developed a fluffy soft robot that patients can interact with to reduce their stress and fear when undergoing painful or uncomfortable medical procedures. For some patients, particularly children, a fear of needle...

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ETC. MEDICINE NANOMEDICINE
Optical Tweezers Turn Neutrophils into Microrobots

The possibility of using our own cells to perform medical tasks within the body is tantalizing, as it would avoid the immune responses that can occur with synthetic objects. Researchers at Jinan University in China have now developed a method to control and move white blood ce...

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BROWNUNIVERSITY ETC. GENETICS PATHOLOGY
Dissociating Tissue into Single Cells Using Electric Fields

A team of scientists at Brown University has developed a technique that allows them to rapidly dissociate a tissue sample into individual cells. The approach involves placing a tissue sample, such as a tumor biopsy, between two electrodes. Electric field fluctuations then help...

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ETC. MEDICAL ROBOTICS MEDICINE NEWS RIKEN
AI-Powered Robot Accelerates Medical Research

Researchers at the RIKEN Center for Biosystems Dynamics Research in Japan have developed an AI-powered robotic system that can perform laboratory experiments in regenerative medicine, learn from the results, and perform iterative rounds of experimentation to achieve a certain ...

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EDUCATION ETC. NUSINGAPORE
Virtual Reality to Train Staff to Deal with Agitated Patients

Researchers at the National University of Singapore, Yong Loo Lin School of Medicine, have developed a virtual reality training system that lets healthcare staff learn how to deal with agitated or aggressive patients. Patients, particularly with mental health issues, can becom...

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ETC. EXCLUSIVE MDISRUPT
Helping Digital Health Companies Win Regulatory Approvals: Interview with Ruby Gadelrab, CEO of MDisrupt

Digital Health companies often face a struggle knowing where to begin on the road to regulatory approval. Issues such as conducting clinical validation studies and finding the right regulatory experts to assist in their journey can all present major hurdles. These difficulties...

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