Putting action and investment behind commitment is evident at University of Louisville Hospital with two new technologies put into place that advance the goal of controlling infection.
The hospital, in conjunction with UofL¬†James Graham Brown Cancer Center, recently renovated and enlarged its Bone Marrow Transplantation Unit, including the installation of all new copper fixtures that utilize the metal‚Äôs antimicrobial properties to control infection. UofL Hospital is the first facility in the Kentuckiana region to install the new fixtures.
The hospital also is the first in the area to begin using a new hand hygiene system that reminds staff to wash their hands, if they forget. Staff members wear a badge that displays a red, yellow or green hand that automatically communicates compliance status to patients, reassuring them they are safe. The system collects compliance data that can be shared with staff and administrators.
These efforts are not isolated events but are part of a dedicated effort to improve patient safety, said University Medical Center (UMC) Interim President/CEO Ken Marshall. UMC is the parent organization that has operated the hospital and cancer center since July 1.
"While we meet or exceed national standards of care once a hospital-acquired patient infection has been identified, our opportunity is around earlier recognition to prevent infection,‚ÄĚ Marshall said. "To this end, we have enhanced the use of tools available to us through new technologies and have put in place a continual education and training process."
While it is too soon to have verified data on the results of these efforts, hospital leaders are confident that the new measures will enable the hospital to increase its rates of infection control and reduce the incidence of hospital acquired infections (HAIs) in patients.
"HAIs can happen in any health care facility,‚ÄĚ said UofL Hospital Chief Medical Officer Jason Smith, M.D., Ph.D., including hospitals, ambulatory surgical centers, long-term care facilities and others. ‚ÄúThey are caused by bacteria, fungi, viruses or other less common pathogens. The new systems installed at UofL Hospital will have a significant impact in reducing the incidence of HAIs.‚ÄĚ
HAIs can be a cause of illness and death, and they can have emotional, financial and medical consequences. At any given time, about 1 in 25 inpatients has an infection related to hospitals or other health care facilities in the United States. These infections lead to the loss of tens of thousands of lives and cost the U.S. health care system billions of dollars each year.
¬†"As front-line care providers, our nurses know better than anyone about the toll that HAIs can have on patients and their families,‚ÄĚ said Chief Nursing Officer Shari Kretzschmer, R.N. ‚ÄúNurses at UofL Hospital and James Graham Brown Cancer Center play a key role in preventing the spread of HAIs and we are excited to embrace these new tools introduced for the first time in our region to help strengthen infection control."
The effort was a worthwhile investment, Marshall said. ‚ÄúOn July 1, a health care resource that has been vital to this community for nearly 200 years entered a new era of service to the people of Metro Louisville and Southern Indiana,‚ÄĚ he said. ‚ÄúOur necessity to change, improve and grow is mandatory, and we will work to implement whatever investment is needed to achieve that growth.‚ÄĚ
"Incorporating new technology shows our commitment to providing a safe environment for patient care,‚ÄĚ said Director of Infection Prevention and Control Sarah Bishop, A.P.R.N., at UofL Hospital. "I‚Äôm proud to work for an organization that is an early adopter of these emerging technologies."
About CuVerro Bactericidal Copper Surfaces
Copper has been known to have inherent bactericidal properties for thousands of years. While its exact mechanism of action is not yet fully known, research suggests that copper surfaces affect bacteria in two sequential steps: the first step is a direct interaction between the copper surface and the bacterial outer membrane, causing the membrane to rupture. The second is related to the holes in the outer membrane through which the cell loses vital nutrients and water, causing a general weakening of the cell. CuVerro works with manufacturers to leverage this quality into the development of products that kill almost 100 percent of the bacteria that cause HAIs within two hours of contact.¬†
CuVerro and JRA Architects of Louisville partnered with UofL Hospital in the renovation of the Bone Marrow Transplantation (BMT) Unit. Patients requiring BMT take anti-rejection drugs that compromise their immune systems, making them highly susceptible to bacterial infection. The copper surfaces on the fixtures in the BMT unit are an added protective measure against infection.
The surfaces are found in virtually every fixture touched by human hand: patient room sinks, bathroom sinks, faucets, electrical switch plates, door hardware, cabinetry hardware and shower safety grab bars. There are approximately 20 separate surfaces in each of the 16 rooms in the unit plus another 10-20 fixtures in each hallway, common area, office and treatment room.¬†
About the BioVigil Hand Hygiene System
The BioVigil electronic hand hygiene solution reminds hospital staff to perform hand hygiene if they forget. BioVigil also visually communicates to and reassures patients and families that hand hygiene has been performed via a colored hand displayed on a badge worn by health care workers. Green confirms that hand hygiene has been performed. Yellow is a reminder that staff must wash their hands, and red means that staff must stop and wash their hands. To comply with hand hygiene, users apply sanitizer and place their hand over the badge, which detects the alcohol from the sanitizer.
Hand hygiene activities are automatically recorded by a badge and then securely downloaded to a cloud-hosted database once the badge is returned to a base station. The hospital retrieves monitoring and compliance reports through the system‚Äôs data suite or via email.
The system makes it easy for health care professionals to comply with hand hygiene, empowers patients to take an active role in their care and helps hospitals combat HAIs. The technology works with all sanitizer and soap products. It has been introduced in nine units thus far in UofL Hospital and will continue to be introduced to other units over time.
The system is manufactured by BioVigil Healthcare Systems Inc. of Ann Arbor, Mich.