According to a study that was published and featured on the journal cover of ACS Applied Nano Materials, scientists from the University of São Paulo (USP) in Brazil have created a bioelectronic chip that can concurrently detect vitamin D and C in bodily fluids. It can be customized for use in a wearable device to help with a customized diet, and it is versatile and easy to use.
The review article explores the critical role of high-performance electrodes in wearable skin devices, emphasizing their mechanical, structural, and biocompatibility aspects. It addresses the need for electrodes that accommodate the skin's dynamic properties while ensuring effective signal capture or stimulation.
Researchers introduced a novel nanosensor platform utilizing carbon nanotubes to monitor early stress signaling molecules in plants, such as hydrogen peroxide and salicylic acid (SA).
TriEye, pioneer of the world's first cost-effective mass-market Short-Wave Infrared (SWIR) sensing technology, and Vertilas GmbH, a leader in InP VCSEL products, announced today the joint demonstration of a 1.3μ...
A pioneering electronic sock capable of identifying an unhealthy walking pattern associated with diabetes and impaired circulation holds the potential for averting foot ulcers and amputation.
Rapid identification of these bacteria is essential for averting outbreaks of foodborne illnesses.
Scientists have created wearable electronics that are lightweight, stretchable, and have a 400-fold increase in sweat permeability. This allows for the accurate long-term monitoring of biosignals for biomedical devices.
ArgusEye, a provider of innovative sensor solutions for real-time monitoring of biological systems, today announced the introduction of the AugaOne™ sensor system.
Diabetes patients have been measuring and controlling their blood sugar levels with adhesive microneedles or blood draws using finger pricks for decades.
A research team from KAIST has devised an efficient wireless system for monitoring the wound healing process. This system tracks spatiotemporal temperature changes and heat transfer characteristics of damaged areas, particularly focusing on conditions like diabetic wounds.
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