View clinical trials related to Hand Hygiene.
Filter by:The most common infections in schools are acute respiratory infections (colds, pharyngitis, influenza and others) and diarrheal diseases. The incidence of these infections may also be an important cause of school absenteeism, leading to negative outcomes in both education and health. WHO states that handwashing a well-known primary infection control measure, is the most important hygiene measure to prevent the spread of infection when handwashing is done with soap and water. Since behavioral choices that determine lifestyle are made in childhood, it is important that health education in hand hygiene be implemented as early as possible to improve healthy behaviors. In this context, schools are important structures for information and behavior change about water, sanitation and hygiene interventions. Planned Behavior Theory (PBT) states that intention is the main precursor of behavior. According to the theory, intention is guided by three independent variables (perceived behavior control, attitudes and subjective norms), and intention formation leads to the development of behavior. The theory has been used in a study to improve hand hygiene behavior in health workers, but it has not been used in the literature to improve hygiene behaviors in children. Researches indicate that students who do not attend school frequently or for a long time have difficulty in mastering the subject described in the lesson and that school absenteeism is an issue that should be emphasized in education. Therefore, hand hygiene has a simultaneous effect that improves both education and health and contributes to a safe and healthy learning environment. The aim of this research is; To test the effect of hand hygiene intervention program based on Planned Behavior Theory on students' health outcomes and school absenteeism.
Hand hygiene is one of the most important measures to prevent healthcare associated infections. A hand hygiene technique consisting of three steps may be superior to the 6-step technique outlined by the World Health Organization (WHO) in terms of compliance with both indications and technique. Therefore, the aim of this study is to compare compliance with hand hygiene indications and technique between a 3-step and the 6-step technique for applying hand rub in an international multicenter cluster randomized trial.
This study is to investigate that non-inferiority in terms of reduction of bacterial counts will be retained when combining the simpler three-step technique for the use of hand rub with a shorter application time of 15 seconds.
The purpose of this study is to determine if use of the video camera surveillance system for HH observation and performance feedback about HH compliance rates can improve the HH compliance of HCWs and reduce healthcare-associated infections in the NICU.
The purpose of this study is to see whether Provodine, an FDA approved product, provides long-lasting protection on the hands of staff who provide anesthesia for patients. If this product does provide long-lasting protection, it could be used for hand hygiene in the operating room and it could help prevent infections after operations. Fifteen anesthesia providers (15 main operating room [MOR] and 5 ambulatory surgery center [ASC]) who agree to participate will participate in the pre-intervention and intervention periods. During the pre-intervention or baseline period, the investigators will do bag broth cultures of anesthesia providers' hands just before the start of their first case of the day . The participants will then rinse and dry their hands to remove the culture medium. The investigators will also obtain cultures after the first case of the day, and after the second case. During the intervention period (ProvodineTM; usual hand hygiene practice), the investigators obtain hand cultures from the same anesthesia providers at the beginning of the day. The participants will then then do a hand scrub with ProvodineTM. The investigators will obtain a second hand culture at this point and participants will rinse and dry their hands to remove the culture medium and then apply a small amount of ProvodineTM as a hand rub. The investigators will obtain cultures after the first case of the day, and after the second case of the day. If participants are still providing anesthesia to their second case 6 hours after they applied ProvodineTM, the participants will apply a small of ProvodineTM amount as a hand rub at this time. For anesthesia providers in the ASC, the investigators will use the same protocol with the following exception. Because cases are likely to be shorter, the investigators will obtain the final cultures after the last case of the day or after the case that ends closest to 6 hours after ProvodineTM was applied in the morning.
Patients becoming infected during hospitalization occurs frequently and causes harm. It is important for healthcare facilities to take action to prevent these infections and their spread between patients. Despite the presumption of a "sterile" environment, one place where spread of infection is known to happen is in the operating room. This occurs as a result of frequent interaction among healthcare providers, the patient and the environment of the room. Hand washing is an important component of preventing the spread of infections. Scientific evidence has shown that making it easier for people to wash their hands can have two important impacts: (1) reduction of environmental bacterial contamination and (2) reduction in spread of bacterial pathogens. OR PathTrac is new technology that allows tracking of bacterial spread. While data exists about bacterial contamination and transmission in the adult operating room, there is very minimal data about this in the pediatric operating room. Primary aim: To use OR PathTrac to evaluate the effect of a personal hand washing device in reducing operating room exposure to bacterial pathogens in pediatric patients. We hypothesize that this hand washing system will decrease exposure to pathologic bacteria in the pediatric operating room. Secondary aim: To gain knowledge about baseline bacterial contamination and transmission in pediatric operating rooms. We will answer this question by comparing bacterial cultures taken from operating rooms whose personnel are trained to use the hand washing device to operating rooms who are not trained to use the device.
The purpose of this study is to determine if use of the CleanHands system can improve hand hygiene/personal protective equipment (PPE) compliance and reduce infections in the hospital ICUs through reminders to wash hands and use PPE as appropriate.
Non-inferiority in terms of reduction of bacterial counts will be investigated when combining the simpler three-step hand hygiene technique for the use of hand rub with a shorter application time of 15 seconds compared to the to the three steps technique with an application time of 30 seconds and the technique consisting in six steps.
Although little is known about compliance with the World Health Organization (WHO) 5 Moments of hand hygiene, the few existing studies report a high number of opportunities and compliance ranging from just 22 to 60%. Previous studies have reported an increased density of opportunities, perceived insufficient time and glove use as factors associated with non-compliance. A healthcare worker performing multiple tasks in one encounter may spend up to half the time in the room doing hand hygiene. Strategies to reduce the time required for hand hygiene may in turn promote increased compliance and may ultimately be most effective in limiting microbial transmission. In this study, the investigators examine whether cleansing gloves at each hand hygiene opportunity at the point of care and reusing the same gloves is as effective as standard practice and the current recommendation (remove gloves, perform hand hygiene, and don new gloves).
This study will assess the impact of a school-based water, sanitation, and hygiene management intervention on toilet use and pupil handwashing in the Philippines.