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Infection control programs in long-term-care facilities: structure and process.

Due to the rapid transfer of patients from the acute-care setting, the intensity of nursing care among residents in long-term-care facilities (LTCFs) has increased, transforming today's LTCFs into subacute healthcare facilities. Given the increased risk of infection among residents in LTCFs and the associated morbidity and mortality, evaluation of infection control programs in skilled nursing LTCFs is warranted. This article addresses the current structure and process of infection control programs in skilled nursing LTCFs.

Aged↗

Bioterrorism and children: unique concerns with infection control and vaccination.

Treatment of child victims of a bioterrorism attack is complicated because they may be more vulnerable to the agents used and may suffer more complications from the treatment strategies. Isolation and other infection control measures can be psychologically harmful to young children and may require that they undergo sedation. Most of the recommended antibiotics and antiviral treatments for bioterror agents have not been approved for use in children, and children undergoing smallpox vaccination have a higher incidence of complications than adults. Pediatric anesthesiologists should expect to be part of the pediatric care team and must be careful to observe infection control procedures to limit the spread of disease caused by bioterror attack.

Bioterrorism↗

The employee health service and infection control in US hospitals, 1976-1977. I. Screening procedures.

To assess the extent to which US hospitals have established employee health services with infection control functions, we analyzed information obtained in the SENIC Project (Study on the Efficacy of Nosocomial Infection Control) from interviews with hospital officials and staff nurses in a representative sample of 433 hospitals. Sixty-eight percent of hospitals had a formal employee health service. The percentage routinely screening employees varied widely from the more common tests, such as the yearly chest roentgenogram (89%) and skin test (83%), to less common tests, including stool cultures (43%) and blood testing for hepatitis B (41%) and rubella (33%); 40% routinely obtained cultures of personnel. Although most hospitals appear to screen adequately, a sizeable minority either fail to employ recommended screening tests or continue unnecessary, expensive ones.

American Hospital Association↗

Israeli dentists: a survey of infection control office practices and care of medically compromised patients.

A survey was conducted by interviewing a randomly selected sample of practicing dentists in Israel in 1991. The aim of this study was to evaluate methods of infection control in current use and to learn about the access to care for medically compromised patients. One hundred seventeen dentists were interviewed. This group represented a majority of graduates from Israeli schools (66). With respect to infection control, only 28% of the population surveyed routinely uses gloves, but 43% use steam autoclave, and 70% use dry-heat sterilization. A very high percentage (87%) took a verbal medical history, while a small minority (27%) had their patients fill out a written questionnaire. Only occasionally was the name of the patient's physician requested or recorded, implying a flaw in interprofessional communications. Only 26% of the dentists said they would treat patients with hepatitis and/or AIDS. Only about half the dentists accepted patients on chemotherapy or radiotherapy or those who were taking anticoagulant drugs. Physical access for dental patients in wheelchair or stretcher was markedly limited, with referral to regional hospitals the routine for these patients.

Acquired Immunodeficiency Syndrome↗

Best infection control practices for intradermal, subcutaneous, and intramuscular needle injections.

OBJECTIVE: To draw up evidence-based guidelines to make injections safer. METHODS: A development group summarized evidence-based best practices for preventing injection-associated infections in resource-limited settings. The development process included a breakdown of the WHO reference definition of a safe injection into a list of potentially critical steps, a review of the literature for each of these steps, the formulation of best practices, and the submission of the draft document to peer review. FINDINGS: Eliminating unnecessary injections is the highest priority in preventing injection-associated infections. However, when intradermal, subcutaneous, or intramuscular injections are medically indicated, best infection control practices include the use of sterile injection equipment, the prevention of contamination of injection equipment and medication, the prevention of needle-stick injuries to the provider, and the prevention of access to used needles. CONCLUSION: The availability of best infection control practices for intradermal, subcutaneous, and intramuscular injections will provide a reference for global efforts to achieve the goal of safe and appropriate use of injections. WHO will revise the best practices five years after initial development, i.e. in 2005.

Benchmarking↗

Infection control and hazards management. Economics of regulatory compliance.

Dentistry has become subject to rapid change in office safety, including infection control and hazards management. This change includes increasingly diverse governmental regulations and compliance with such regulations, influencing the very basics of dental practice. As all practitioners are moving toward compliance, costs are increasing substantially. Various sources estimate such increases at between 12.5% and 19%, and it is doubtful whether third-party reimbursement will offset these additional costs. As practitioners plan methods for offsetting the costs of office safety, consideration should be given to providing patients oral and printed information to preclude misinterpretation of the reasons for fee escalation caused by implementation of chemical hazards communication, infection control, and waste disposal programs mandated by OSHA, EPA, and state or other regulatory authorities. The decade of the 1990s may well become the period of meeting the formidable microbiological and regulatory challenges of the 1980s.

Communicable Disease Control↗

The organization of hospital infection control committees and their importance in Brazil.

The importance of Hospital Infection Control Committees (HICC) increases every year due to the emergence of multiresistant bacterial strains, hospital outbreaks, and other factors that cause HI. This demonstrates the fragility of the quality of hospital and medical care. Having a well-organized HICC benefits hospitals by improving quality, lowering costs and, most important, reducing patient morbidity and mortality. This review records the history of the development of HICCs, their present organizational structure, and offers recommendations for hte best methods of infection surveillance.

Brazil↗

[Infection control in dental health care settings: results of a survey on current disinfection practices].

This study was performed to identify which disinfection procedures are currently used in dental offices and to evaluate staff knowledge regarding infection control. Information was collected by means of a questionnaire to which 226 subjects responded. Glutaraldehyde was found to be the most commonly used disinfectant for surfaces/drill units, handpieces and instruments; however, half of the respondents did not specify which disinfectants they used. Eighty-four percent of the respondents reported contact times, which in some cases were found to be insufficient; 43,4% stated that containers are washed and disinfected each time the disinfectant is replaced; 58.8% reported that dental handpieces and instruments are precleaned prior to sterilization while 73% believe that increased attention during performance of work practices could reduce the risk of infection. These findings suggest that dental health care personnel need to be better sensitized toward infection control measures and should be offered periodical training on the proper implementation of practice guidelines.

Adult↗

Social marketing: a behavior change technology for infection control.

Changing health care worker behaviors is a core function of infection control programs. The social change technologies of education and institutional policy are limited in their capacity to achieve desired behaviors on a sustained basis because they do not address the importance of opportunity and ability in practice enhancement. Social marketing addresses the health care worker's lack of opportunity and ability by offering a bundle of benefits at low cost with high accessibility and by doing this better than the behavioral status quo. This article introduces some social marketing concepts and explicates them in the context of hand hygiene promotion.

Health Behavior↗

Infection control. Unhappy nappy-changing.

This study was conducted in a special care baby unit (SCBU) and concentrated on hand decontamination and glove-wearing during nappy-changing. The aims were to determine whether or not nurses were adhering to existing infection control policies and guidelines as well as determining the most appropriate product to use for hand decontamination. The study demonstrated that not all nurses were adhering to existing infection control policies and guidelines. On the majority of occasions, alcohol was significantly better than soap at removing bacteria from the hands, but gloves provided the best protection overall for both babies and nurses by preventing the acquisition of bacteria.

Guideline Adherence↗

Vancomycin-resistant enterococci: consequences for therapy and infection control.

Vancomycin-resistant enterococci (VRE) have emerged as important nosocomial pathogens, initially in the USA, but now also in Europe, where hospital outbreaks are being reported with increasing frequency, although the incidence of VRE infections remains extremely low in most European countries. The recently demonstrated in-human transmission of vancomycin resistance from VRE to methicillin-resistant Staphylococcus aureus (MRSA) in two American patients underscores the potential danger of a coexisting reservoir of both pathogens. As MRSA is already endemic in many European hospital settings, prevention of endemicity with VRE seems relevant, but should be balanced against the costs associated with the implementation of effective strategies. The presence of a large community reservoir of VRE in Europe could hamper the feasibility of infection control strategies. Although the prevalence of colonisation amongst healthy subjects has apparently decreased after the ban on avoparcin use in the agricultural industry, a large proportion of admitted patients are still potential sources of VRE transmission. With no risk profile available to identify these carriers, effective screening, followed by barrier precautions for carriers, seems to be impossible. Recent studies, however, have suggested that hospital outbreaks are almost exclusively caused by specific genogroups of VRE that can be characterised phenotypically and genotypically (e.g., co-resistance to ampicillin and the presence of the variant esp gene). Based on our own experience, we propose that VRE infection control programmes should be restricted to patients colonised with these VRE strains. If such a strain is cultured from a clinical sample, surveillance amongst contact patients is recommended and barrier precautions should be implemented in the case of documented spread.

Anti-Bacterial Agents↗

SARS infection control in Taiwan: investigation of nurses' professional obligation.

This exploratory, cross-sectional, quantitative study investigated the relationship among hospital nurses' willingness to provide care for severe acute respiratory syndrome (SARS) patients, their attitudes toward SARS infection control measures, and nurses' health status and demographic characteristics. This project was conducted from May 6 to 12, 2003. A total of 126 nurses working in hospitals participated in this study. A conceptual model was developed, and the author designed a questionnaire to test this model. The developed model explained 32% of the variance in nurses' willingness to provide care for SARS patients. Nurses' levels of agreement with general SARS infection control measures, self-treatment of relief of fever and cough, necessity to close Hoping and Jenchi hospitals, nurses' physical health status, and holding a bachelor's degree were statistically significant predictors of nurses' willingness to care for SARS patients. Based on these findings, suggestions and study limitations are discussed.

Adult↗

Infection control practices in Connecticut's skilled nursing facilities.

Questionnaires were sent to all skilled nursing homes in Connecticut as part of a larger study of nosocomial infections, infection risks, and infection control programs. This article describes surveillance practices, isolation practices, control measures, and employee health activities of skilled nursing homes in Connecticut. The overwhelming majority of skilled nursing homes used written criteria to determine nosocomial infections, and all undertook surveillance; the majority did surveillance at least weekly and 21% did on a daily basis. The most frequent source of information for reporting infections were microbiology reports and information from the charge nurse. Three fourths of the skilled nursing homes stated that the responsibility of reporting communicable disease is that of the infection control practitioner. Two thirds of the skilled nursing homes stated that they had policies on the reporting of isolation practices, including the refusal or acceptance of patients with infections; 38% had residents under isolation precautions. Of all the patient care control measures, only that of changing urinary catheters on a routine basis was associated with facility size. More than 90% of facilities reported having an employee health program, but the benefit was limited.

Connecticut↗

Rituals in infection control: what works in the newborn nursery?

Two infection control practices common in the newborn nursery, handwashing and gowning, are compared with regards to historic origins, effectiveness, and extent of practice. The practice of handwashing is the direct result of efforts to prevent puerperal sepsis and has been shown to be effective in reducing neonatal risk of infection. Gowning has evolved from operating room practices and has been shown to be generally ineffective in reducing risk of infant infection. Nevertheless, gowning is practiced extensively and handwashing is often omitted. Such rituals need occasional reexamination so that those practices associated with maximum effectiveness receive appropriate attention.

Austria↗

Comparing bloodstream infection rates: the effect of indicator specifications in the evaluation of processes and indicators in infection control (EPIC) study.

OBJECTIVE: Bloodstream infection (BSI) rates are used as comparative clinical performance indicators; however, variations in definitions and data-collection approaches make it difficult to compare and interpret rates. To determine the extent to which variation in indicator specifications affected infection rates and hospital performance rankings, we compared absolute rates and relative rankings of hospitals across 5 BSI indicators. DESIGN: Multicenter observational study. BSI rate specifications varied by data source (clinical data, administrative data, or both), scope (hospital wide or intensive care unit specific), and inclusion/exclusion criteria. As appropriate, hospital-specific infection rates and rankings were calculated by processing data from each site according to 2-5 different specifications. SETTING: A total of 28 hospitals participating in the EPIC study. PARTICIPANTS: Hospitals submitted deidentified information about all patients with BSIs from January through September 1999. RESULTS: Median BSI rates for 2 indicators based on intensive care unit surveillance data ranged from 2.23 to 2.91 BSIs per 1000 central-line days. In contrast, median rates for indicators based on administrative data varied from 0.046 to 7.03 BSIs per 100 patients. Hospital-specific rates and rankings varied substantially as different specifications were applied; the rates of 8 of 10 hospitals were both greater than and less than the mean. Correlations of hospital rankings among indicator pairs were generally low (rs=0-0.45), except when both indicators were based on intensive care unit surveillance (rs = 0.83). CONCLUSIONS: Although BSI rates seem to be a logical indicator of clinical performance, the use of various indicator specifications can produce remarkably different judgments of absolute and relative performance for a given hospital. Recent national initiatives continue to mix methods for specifying BSI rates; this practice is likely to limit the usefulness of such information for comparing and improving performance.

Cross Infection↗

Infection control programs at children's hospitals: a description of structures and processes.

BACKGROUND: Infection control (IC) structures and processes determine the effectiveness of surveillance efforts to prevent infections in health care settings. METHODS: A survey was sent to 56 children's hospitals collaborating in the Pediatric Prevention Network (PPN). RESULTS: Completed surveys were returned from 48 hospitals. Responsibility for the IC program resided with the medical director (21%); vice president for patient care (18%); quality improvement director (17%); other senior hospital administrator (15%); or other hospital personnel (18%). Forty-two hospitals had an IC committee; 32 had antimicrobial restriction/control policies; and 21 had an antimicrobial restriction/control task force or committee. Components of antimicrobial restriction programs included infectious disease specialist approval, restricted formularies, selective susceptibility test reporting, and staff education programs. Many methods were used to detect infections, including microbiology laboratory reports (100%); record reviews (98%); informal reports from providers (90%); and readmission reviews (77%). CONCLUSIONS: Children's hospitals vary widely in how they design and implement their IC functions. These variations influence adverse event detection and nosocomial infection rate calculations. If medical errors, including nosocomial infections, are to be detected and hospital rates compared, standardized methods to collect, analyze, and report data are needed. The PPN has initiated activities to standardize surveillance and IC practices in participating hospitals.

Anti-Bacterial Agents↗