Researchers developed an electrochemical sensor using copper nanoparticle-modified carbon paste electrodes for detecting vitamin B6. This method offers high sensitivity and selectivity, demonstrating its potential for efficient and accurate vitamin level monitoring in biological samples like urine.| AZoSensors
At the University of California San Diego, a research team has designed a wearable, non-invasive Vitamin C sensor that can offer a new, highly customized option for users to monitor their dietary adherence and daily nutritional intake.| AZoSensors
Bioelectronic chips are emerging as cutting-edge tools in nutritional monitoring, providing real-time, precise measurements of essential vitamins. This innovation is set to transform personal health and medical diagnostics by leveraging advanced biosensing technology.| AZoSensors
A novel MXene-based electrochemical sensor from KAUST enables rapid detection of vitamin D deficiency, addressing a critical health issue in the MENA region.| AZoSensors