Now EPA-registered for shorter contact times against more than 20 diseases, including the quickly proliferating Candida auris (C. auris) fungus, Klorese® disinfection from UMF|PerfectCLEAN is available. A potent weapon against the superbug C. auris, which, according to the CDC, kills one in three patients within a month of diagnosis, klorese kills C. auris in just two minutes. A soft surface pathogen claim has been added to Klorese, which is now registered on all 14 EPA lists for disinfectants. This is crucial since Klorese can assist avoid cross contamination from cubicle curtains and other healthcare textiles.
The new fungus C. auris, which is regarded as an urgent threat from antibiotic resistance (AR), spread at an alarming rate in American healthcare facilities between 2020 and 2021, according to the Centres for Disease Control and Prevention (CDC). The number of C. auris cases likely rose for a variety of causes, such as the pandemic’s burden on healthcare and public health systems and the ensuing lax infection prevention and control procedures in healthcare facilities.
“The CDC emphasises the need for adherence to proven infection prevention and control practises to slow the spread of C. auris,” stated George Clarke, CEO of UMF|PerfectCLEAN. The procedure of cleaning and disinfecting all surfaces in all patient care locations with a disinfectant that is approved by the EPA against MRSA, biofilm, and Clostridioides difficile (C. diff) endospores is fundamental to this. Klorese is the most proactive disinfectant against all ESKAPE germs and pathogens and is much easier for environmental services (EVS) workers to use due to the decreased contact time and neutral pH. can result in infections in healthcare settings (HAIs). Klorese is the most adaptable surface cleaning and disinfection combination on the market because of its soft surface pathogen claim and inclusion on all 14 EPA disinfectant lists.
Furthermore, Klorese excels in the sustainability field. When compared to ready-to-use disinfectants, Klorese’s small, effervescent pill greatly lowers the cost and storage footprint. Additionally, Klorese avoids issues with staff health brought on by exposure to hazardous chemical disinfectants, labour costs, and dispenser maintenance.
protocols auris
Because it has caused outbreaks in healthcare facilities, is frequently antibiotic resistant, is challenging to diagnose using conventional laboratory techniques, and is a yeast capable of building biofilm, which shields infections from many disinfectants, C. auris is alarming. Clarified Clarke “You are not disinfecting if you are not disinfecting patient care environments for biofilm.”
In addition to high-touch surfaces like bedside tables and bedrails, auris has also been discovered on surfaces farther away from the patient, like windowsills, in patient rooms. Glucometers, temperature probes, blood pressure cuffs, ultrasound machines, nurse carts, and crash carts are examples of portable or reusable medical equipment that is shared by patients. C. auris has also been found on these items.
The CDC advises using a disinfectant from the EPA List P, which contains all EPA-registered hospital-grade disinfectants effective against the fungus, because C. auris can linger on surfaces in healthcare environments. The rooms of patients and other locations where patients congregate should undergo comprehensive routine and terminal cleaning and disinfection by EVS workers. receive care using an appropriate disinfectant. Healthcare personnel should clean and disinfect shared or reusable equipment after each use. In all cases, users should follow the manufacturer’s directions for use of surface disinfectants and apply the product for the correct contact time.
Klorese is registered on EPA Lists B, C, D, E, F, G, H, K, L, M, N, O, P, and Q. It is the only EPA-registered disinfectant with approved claims for C. diff endospores, C. auris, and biofilm that also is registered for use in electrostatic sprayers. Hypochlorous acid (HOCL), the active ingredient in Klorese, is the most effective disinfectant in the chlorine family. Studies have shown that HOCL is 4 to 10 times more efficacious than chlorine bleach.
