Infection control : IC
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Infection control : IC · Oct 1987
Diffusion and adoption of CDC guidelines for the prevention and control of nosocomial infections in US hospitals.
Since 1981, the Centers for Disease Control (CDC) has been publishing Guidelines for the Prevention and Control of Nosocomial Infections as a useful reference tool in infection control. The extent to which practices recommended by CDC to reduce hospital-acquired infections have been successfully diffused and adopted were evaluated in a stratified random sample of 445 US hospitals that were sent a questionnaire in 1985. ⋯ Smaller hospitals were significantly less likely than large hospitals to have adopted each suggested policy. Recommendations that carried Category I rankings were more likely to be adopted, as were those procedures that had cost-savings implications.
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Varicella-zoster virus (VZV), one of the most common highly communicable agents of disease, stimulates aggressive infection control measures. In a 1-year period, at one hospital, at least 93 inpatients (82 adult patients, 11 pediatric patients) and 2 hospital staff with active varicella-zoster infections served as potential sources of nosocomial infection. Six incidents of exposure to the virus that occurred without the protection of standard infection control precautions were investigated by the infection control surveillance team. ⋯ These exposures resulted in three secondary varicella-zoster infections, six courses of varicella-zoster immune globulin prophylaxis and furlough of 13 staff members. Epidemiologic investigation consumed approximately 356 hours of staff time, and management of exposed persons cost approximately $41,500. Prospective knowledge of the immune status of health care workers would vastly decrease the time and effort required to control hospital VZV exposures.
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Infection control : IC · Apr 1986
Microbial examination of kidney lithotripter tub water and epidural anesthesia catheters.
Kidney lithotripsy patients frequently receive epidural anesthesia via indwelling epidural catheters. In our hospital, patients are immersed in a tub of warm, continuously-flowing tap water. The epidural catheter-entry site is covered by a transparent occlusive dressing. ⋯ Forty-two epidural catheters were cultured; 34 (81%) were sterile, 8 (19%) were colonized with small numbers of flavobacteria or coagulase-negative staphylococci. Only four catheters had organisms present on catheter segments covered by the transparent occlusive dressing (in each case there was a single colony forming unit per semiquantitative plate) and these organisms were probable contaminants. We conclude that with our current lithotripsy procedures, the risk for the development of epidural catheter-associated infection seems to be low.