Hospital Acquired Infections are the most frequent adverse event in healthcare delivery worldwide, HAIs rate is 7.5% in high-income countries, while it varies between 5.7 and 19.2 in low-income countries percent . According to the WHO data, the HAIs rate is 25% in developing countries and 5–15% in developed countries. Eliminating bacteria is one of the most important sterilizing challenges hospitals face. Currently, in 2019 all over the world, in-hospital infections claim about 1.27 million lives a year, infect over 35 million people yearly. in two decades the world economic damage will be around 100 trillion dollars. (2023, World Health Organization.
The Role of Biofilms in HAIs
The problem is serious Biofilms are colonies of microorganisms that grow on living surfaces as well as nonliving surfaces like medical devices. Responsible for an estimated 50% of all
nosocomial infections, biofilms are particularly dangerous because they’ve demonstrated both immune system resistance and antimicrobial resistance. late studies show that biofilms develop resistance even to Disinfectants.
The problem is serious
Biofilms are colonies of microorganisms that grow on living surfaces as well as nonliving surfaces like medical devices. Responsible for an estimated 50% of all nosocomial infections, biofilms are particularly dangerous because they’ve demonstrated both immune system resistance and antimicrobial resistance. late studies show that biofilms develop resistance even to Disinfectants. We’re in an era of antibiotic resistance, where bacteria resisting traditional treatments heightens the challenge of safeguarding vulnerable populations. Recent research reveals the presence of antibiotic-resistant biofilms in hospitals, particularly in drainage pipes. Despite extensive testing of disinfectants and cleaning methods, addressing biofilm remains a partial success. Hospitals using large amounts of chemicals still experience contamination. Traditional prevention methods often fail due to high costs and implementation challenges. Researchers propose a sink redesign to prevent bacteria in biofilms from entering the hospital environment and endangering patients. Physician has developed a groundbreaking
product, blocking biofilm, aerosols, and droplets from reaching patients.
Sink Traps: A Dangerous Source of Infection
We often overlook the gunky water beneath our sink drains, where a dangerous biofilm thrives. In the sewer, a cocktail of bacteria grows into a harmful layer. When the tap is opened, contaminated aerosols and deadly droplets spread over sink surfaces up to 3 meters. Despite being recommended by healthcare systems worldwide, sinks in hospitals pose a threat to patients with weakened immune systems, as every handwashing can potentially harm them. Without proper protection, the numerous sinks in hospitals become a real danger.
Sterile hospital rooms above, pipes teeming with infection below
We often overlook the gunky water beneath our sink drains, where a dangerous biofilm thrives. In the sewer, a cocktail of bacteria grows into a harmful layer. When the tap is opened, contaminated aerosols and deadly droplets spread over sink surfaces up to 3 meters. Despite being recommended by healthcare systems worldwide, sinks in hospitals pose a threat to patients with weakened immune systems, as every handwashing can potentially harm them. Without proper protection, the numerous sinks in hospitals become a real danger. Sterile hospital rooms above/ pipes teeming with infection below. We work hard to ensure that our hospital environments are sterile. Indeed, our capability to avoid transmission of disease, and illness or death of patients from HAI depends upon our success. Right below, flowing through the sewage, lies a world of pathogens, dangerous to all – but especially to those of weakened immune defenses. Today, infection easily infiltrates through drains. There are direct connections to this underground hotbed in almost every hospital room: through toilets, sinks, showers
that enable pathogens to enter the environment through aerosol when water is activated, or biofilm growing back towards the opening. HAI is a winnable war. Currently, HAI is the 3rd highest cause of death in Israel – and the 5th highest in the world. In order to reduce these numbers, we need to close the connection between these two environments.
The Drain Barrier Solution
A significant business opportunity addresses a critical health issue. Hospital administrators and large institution managers recognize the threat of biofilm and seek an easy, standard
hygiene solution. Our device, with a competitive price point significantly lower than competitors, enables institutions to affordably enhance protection. It’s an effective and ethical
product. ‘Our focus should be on optimizing sink design to prevent microbial transmission.’ – Sink Related Outbreaks and Mitigation Strategies in Healthcare Facilities by LeighAnn Parks,
McGill University, and Susie Hota, University Health Networks. The Drain Barrier – ensuring infection-free sinks and healthy institutions the easy way. Pysiclean is committed to enhancing life quality by reducing dangerous AMR bacteria presence and minimizing chemical use in institutional cleaning. Our simple, green, and economical technology reduces the harmful impact of sewage systems on our living environment.
Why Drain Barrier?
Reduces infections by 30% from the moment of installation. A simple and innovative product that operates without requiring an external power source. Easy to install with minimal maintenance. Extremely high cost/benefit ratio. Reduces chemical usage by up to 50%.
