Patch developed to combat antibiotic-resistant infections
Researchers from the University of Chicago and the University of California have developed an innovative patch. According to the authors of the project, it can help fight infections caused by antibiotic-resistant bacteria.
The device uses a light electrical discharge. It aims to reduce the activity of harmful genes in infectious bacteria and inhibit their growth. The patch has been named BLAST (Bioelectronic Localized Localized Antimicrobial Stimulation Therapy).
In the study, the patch was attached to pig skin along with a hydrogel to create an acidic environment necessary to activate the bacteria. Applying a weak electrical signal of 1.5 volts for 10 seconds every 10 minutes for 18 hours stopped 99% of their formations.
Despite the successful tests, the researchers emphasize that there is still a lot of work ahead before the device can be put into practice. A wireless device to monitor infections without the use of drugs is also being considered
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OxyZen's new smart headband can help you relax and fall asleep
The American company BrainCo, together with the Harvard Research Laboratory, has announced an innovative device called OxyZen. It promises to change the approach to managing psycho-emotional state.
The stylish headband uses advanced technology to monitor brain waves, heart rate and blood oxygen levels, providing users with valuable recommendations for relaxation and improved sleep.
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Exopulse Mollii suit makes life easier for cerebral palsy patients
The Swedish scientists' development is extremely simple: Exopulse Mollii consists of a long-sleeved T-shirt and pants that are permeated with a network of wires with 58 electrodes. The electrodes deliver gentle electrical stimulation to 40 muscle groups, reducing spasms, tremors, pathological muscle hypertonicity (spasticity) and pain, allowing the muscles to contract naturally.
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