Nurse: when your shoes monitor your hygiene

According to figures, approximately 800,000 nosocomial infections are recorded in France each year. They cause nearly 10,000 deaths. However, disinfection has been at the heart of the priorities since the global coronavirus pandemic. The hydroalcoholic gel solution is put forward to eliminate bacteria and thus effectively fight against infections. However, it is difficult to know how well the nursing staff respects the disinfection processes. Moreover, the rush to emergencies and the frenetic pace of work often make it difficult to respect gestures. It is precisely to remedy this type of problem that the Department of Infectious and Tropical Diseases (MIT) at the North Hospital of Marseille wanted to try an experiment with Médi-Handtrace. This is a revolutionary device ensuring traceability in the hospital environment. This new technology should enable healthcare personnel, particularly nurses, to monitor the hygiene of their hands.

State-of-the-art technology at the service of hygiene in hospitals

This revolution is the result of the work of Micro BE and Ephygie-Hand, two Var companies. Its operation is quite simple. The automated device first records the nurses’ hand hygiene. The same process is used for that of the hands of the patients.

In real time, it will then provide information on hydroalcoholic hand rubbing. This system also assesses the rate of hydroalcoholic solution that each caregiver uses. This revolutionary device was tested for 2 years before being launched in the hospital environment. It aims above all to improve compliance rates in this area given the number of vulnerable people who are admitted to it. Thereby a chip is placed in the shoes of each healthcare worker and floor mats connected are installed at the hydroalcoholic gel dispensers. In this way, each time the caregiver positions themselves on the carpet to rub their hands, the chip placed in their shoe sends a signal which will be recorded in a database.

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You should know that this system is based on radio frequency technology. It is therefore able to recognize the user, in particular the caregiver with an electronic chip. The chip will record all handwashing performed by medical personnel. It should be noted that this chip may be introduced into various models of nurses’ shoes, in particular in clogs, pro or autoclavesintended for healthcare personnel: doctors, nurses, caregivers, etc.

Fleas in medical clogs for a renewal in hospitals

This chip constitutes a real revolution for hygiene in the hospital environment. She brings dynamism to the team that tested her according to the senior manager. Additionally, the use of chips in hooves has heightened the vigilance of nursing staff. On the one hand, patient care is more secure. On the other hand, the nursing staff sees its skills being valued, and this, for all categories combined.

Thanks to the creation of this chip for medical shoes, nurses have been able to review their practice. Indeed, some protocols do not necessarily comply with the standards. They also had the opportunity to identify the main obstacles to the use of hydroalcoholic solutions.

You should know that beyond hygiene, the chip offers traceability of the care given to patients. This is possible since she equips herself with an improved scanner. It is a real database for people working in hospitals and their managers. The latter will be able to effectively understand the problems associated with Nosocomial infections. Thanks to the data collected, health professionals will be able to find effective solutions to limit them. They will also be able to train healthcare staff on the new protocols to follow to fight against infections.

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Generalized surveillance, is it possible?

Isn’t the use of chips in shoes in the medical environment interesting? only in case of nosocomial infection ? They are effective in ensuring good hygiene in hospitals. For other infections, the question remains open. Indeed, some infections are not necessarily taken into account. It could thus be that the responsibility of the establishment is engaged. The transmission of the germ could even be the subject of an investigation. In this case, officials will trace back to the person who caused the infection.

Be that as it may, the effectiveness of this chip introduced into nurses’ shoes has yet to be proven. This is normally verified by the reduction in the number of nosocomial infections. In parallel, chip efficiency testing continues. This should allow caregivers to see how much they can rely on the chip to guarantee hygiene.

For caregivers, the use of the chip then has a double challenge. They will be subject to a stricter care protocol in order to protect patients. From now on, these nurses also have a device allowing them to ensure their protection.

Which shoes to introduce these fleas?

The working conditions of nurses require comfortable and easy to disinfect shoes. In general, they mostly wear medical fangs and clogs. Precisely, the chips dedicated to the reinforcement of hygiene in hospitals are easily introduced into these models of shoes.

Note that these types of shoes have an anti-odor and antimicrobial treatment. They can go in the washing machine, which guarantees good hygiene in addition to the use of the chip. If many nurses bet on these medical clogs, it is also for their anti-slip cushioning soles. This limits the pressure exerted on the feet while reducing fatigue.

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Much more than just shoes, nursing clogs provide arch support. These are perfect devices for nurses having sensitive feet. Their shape is designed to allow good blood circulation, regardless of the caregiver’s position. Shoes stimulate vascular circulation and thus reduce the risk of edema or even bruising.

You should know that the chips have been tried on different types of nursing shoes. The results were convincing especially for nosocomial infections. The question that arises today is the possibility ofadapt this chip to other microbial infections. But before that, it would be interesting to set up a disinfection protocol and then integrate it into a chip.


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