1.The Present Situation of Infection Control Professionals, Organization, and Activities in Korean Acute Care General Hospitals.
Jae Sim JEONG ; Sung Won YOON ; Eun Suk PARK ; Kyung Mi KIM ; So Yeon YOO ; Ihnsook JEONG ; Yong Ae SHIN ; Sun Ju CHOI ; Seung Ju KIM ; Hyang Soon OH ; Bong Su KIM ; Yeong Seon LEE ; Sook Ja YANG ; Sang Ill KIM ; Young Goo SONG ; Yang Soo KIM ; Moon Won KANG
Korean Journal of Nosocomial Infection Control 2006;11(1):58-69
BACKGROUND: It has been more than 15 years since infection control was first introduced in Korea, but there is little information available on the status of infection control program in the country. METHODS: Included in the study were 139 acute care hospitals with more than 300 inpatient beds. A questionnaire, modified from US SENIC (Study on the Efficacy of Nosocomial Infection Control) and Canadian RICH (Resources for Infection Control in Canadian Acute Care Hospitals) survey, was mailed to the hospitals in the winter of 2003. RESULTS: Ninety-eight (70.5%) of 139 hospitals responded. There was an average of 1.2 (SD, 0.7) Infection Control Practitioners (lCPs) in each hospital and 95.7% were nurses and only 56.5% of the ICPs worked as full-time. The 71.4% of the hospitals had a position for Infection Control Doctor. All hospitals had an Infection Control Committee, which met an average of 3.7 (SD, 1.7) times a year. The 85.7% of the hospitals performed surveillance, but only 31.6% were monitoring surgical site infections. Review of microbiology data was the most common method for case-finding. More than 90% of the hospitals had infection control policies and guidelines, but an adherence to the policies and guidelines was not monitored regularly. CONCLUSION: This study reports the first comparable profile of infection control program of general acute care hospitals in Korea. Although the foundation for infection control program appears to have been established, there is the need for a further increase in the number of ICPs, the standardization of the surveillance method, and the promotion of adherence to the infection control guidelines.
Cross Infection
;
Hospitals, General*
;
Humans
;
Infection Control Practitioners
;
Infection Control*
;
Inpatients
;
Korea
;
Postal Service
;
Surveys and Questionnaires
2.Nationwide Survey on the Current Status of Infection Control in Oriental Medical Hospitals.
Korean Journal of Nosocomial Infection Control 2011;16(2):63-69
BACKGROUND: Oriental medicine is a part of medical service in Korea. However, there are no information about the status of infection control program in oriental medical hospitals. The purpose of this study was to investigate the current status of infection control activities in oriental medical hospitals and to provide a data to establish infection control policy in oriental medical hospitals. METHODS: This study was based on the survey questionnaires about infection control program and activities with total 13 oriental medical university hospitals in Korea. Questionnaires were collected from February 1 to March 31, 2011. RESULTS: Nine hospitals (69.2%) had infection control practitioner (ICP). Only 4 hospitals (30.8%) had full-time ICP and infection control office. The 6 hospitals (46.2%) had a position for infection control doctor and half of them were oriental medical doctors. Eight hospitals (61.5%) had an infection control committee and they had a meeting for average 2.5 times a year. Six hospitals (46.2%) performed surveillance and most of them were monitoring site directed infections. Only 4 hospitals have microbiology laboratory. All hospitals were using disposable acupuncture needles. Six hospitals were only using disposable wet cupping. Two hospitals (15.4%) were reusing wet cupping after disinfection. CONCLUSION: Through this study it was able to find out the status of infection control activities in oriental hospitals. There were also many limits on infection control activities in oriental medical hospitals. Based on this study it is needed to develop the infection control guideline and education for associates in oriental hospitals.
Acupuncture
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Hospitals, University
;
Humans
;
Infection Control
;
Infection Control Practitioners
;
Korea
;
Medicine, East Asian Traditional
;
Needles
;
Surveys and Questionnaires
3.Tuberculin skin test in newly employed Health Care Workers.
Sung Won YOON ; Og Son KIM ; Jae Hoon SONG
Korean Journal of Nosocomial Infection Control 1997;2(2):131-136
OBJECTIVES: Health care workers(HCWs) are more likely to become infected with tuberculosis from patients in the hospital. When HCWs have an active tuberculosis infection, it is possible that they also become a source of infections to other HCWs and patients. METHODS: Tuberculin tests were performed with mantoux method using 5 units of tuberculin by infection control practitioners on Feb. 21, and Mar. 7, 1997. A total of 138 newly employed HCWs including 44interns and 94 nurses were tested. Results of skin test were interpreted by themselves according to the instructions. RESULTS: Among 138 personels, skin tests were negative in 27 personels (19.6%); 4 interns (9.1%) and 23 nurses (24.5%). There were 3 persons (2.2%) who had a history of tuberculosis which had been treated. CONCLUSION: The study showed that approximately 20% of newly employed HCWs had negative tuberculin skin test. Given the possibility of being infected with tuberculosis in the hospital, regular follow up of tuberculin skin test is warranted to protect HCWs,
Delivery of Health Care*
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Humans
;
Infection Control Practitioners
;
Skin Tests*
;
Skin*
;
Tuberculin Test
;
Tuberculin*
;
Tuberculosis
4.Prospective nationwide healthcare-associated infection surveillance system in South Korea
Journal of the Korean Medical Association 2018;61(1):21-25
The Korean Society for Healthcare-associated Infection Control and Prevention ran a nationwide database of healthcare associated infection surveillance system. Korean National Healthcare-associated Infections Surveillance System (KONIS) is a nationwide surveillance network to perform of healthcare associated infection surveillance using standardized methods. Intensive care unit surveillance was begun on July 2006 and SSI module was added in 2007. The enrollment criteria of intensive care unit surveillance were general hospitals over 400 beds with infection control practitioner and doctors in 2006 but the criteria were expanded to over 200 beds size hospitals in 2016. Overall 70.5% hospitals were included in 2017. All tertiary care hospitals were enrolled. Less than 300 beds hospitals accounted for 59%. KONIS validation study has been performed from 2008 biennially. Future directions of KONIS include expansion of participating hospitals and multicenter intervention modules and new modules for special units such as neonatal intensive care units.
Cross Infection
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Hospitals, General
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Humans
;
Infant, Newborn
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Infection Control
;
Infection Control Practitioners
;
Intensive Care Units
;
Intensive Care Units, Neonatal
;
Korea
;
Prospective Studies
;
Tertiary Healthcare
5.Surveillance of Surgical Wound Infections among Patients from the Department of Surgery: Prospective Trial.
Jae Hyeok LEE ; Ho Seong HAN ; Seog Ki MIN ; Hyeon Kook LEE ; Joo Ho LEE ; Young Woo KIM ; Byung In MOON ; Kwang Ho KIM ; Kum Ja CHOI ; Sun Young JUNG ; Bok Hee CHOI ; Sim Young CHOI
Journal of the Korean Surgical Society 2004;66(2):133-137
PURPOSE: Despite advances in infection control practices, Surgical Site Infections (SSIs) remain a substantial cause of morbidity and mortality among hospitalized patients. This study was undertaken to determine prospectively the incidence of postoperative wound infections in surgical patients and to identify the risk factors associated with the development of wound infections. METHODS: Prospective data on 761 surgical operation patients in the department of surgery at Ewha Womans University Mokdong Hospital were collected over a 7 month-period from May 1, to December 31, 2001. The Centers for Disease Control and Prevention (CDC)'s definitions of surgical wound infections were used. RESULTS: A total of 761 patients were observed over 30 days. The overall incidence of wound infection was 2%. SSIs were significantly associated with the degree of wound contamination (P=0.0004). The infection rate increased as the degree of wound contamination increased from clean (1.4%) through clean-contaminated (1.8%) and contaminated (1.8%), to dirty- infected wound (12.7%). The infection rate was related with the American Society of Anesthesiologists (ASA) preoperative assessment score (P=0.00153). There were no SSIs from laparoscopic surgery. The duration of operation was not associated with an increase in wound infections. Enterococcus faecium and Staphylococcus aureus were the most frequently isolated organisms. Three out of the five (60%) cases of E. faecium were vancomycin-resistant enterococci (VRE) and all of three cases of S. aureus were methicillin- resistant Staphylococcus aureus (MRSA). CONCLUSION: This study confirms that the degree of wound contamination is a significant preoperative risk factor for SSI. Many antibiotic-resistant bacteria such as MRSA and VRE were isolated. Accordingly, infection control practitioners need to consider this risk factor in the design of effective infection control strategies. There should be another safe and feasible option available for the treatment of selective patients.
Bacteria
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Centers for Disease Control and Prevention (U.S.)
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Cross Infection
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Enterococcus faecium
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Female
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Humans
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Incidence
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Infection Control
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Infection Control Practitioners
;
Laparoscopy
;
Methicillin-Resistant Staphylococcus aureus
;
Mortality
;
Prospective Studies*
;
Risk Factors
;
Staphylococcus aureus
;
Surgical Wound Infection*
;
Wound Infection
;
Wounds and Injuries
6.Nosocomial Infection Surveillance in a Rehabilitation Hospital Affiliated University Hospital.
Eun Suk PARK ; Eun Yong KANG ; Mun Ja CHUNG ; Bok Hee KANG ; Sin Sook KANG ; Bok Hee PARK ; Ji Cheol SHIN ; June Myung KIM
Korean Journal of Nosocomial Infection Control 2001;6(1):9-16
BACKGROUND: A rehabilitation hospital has the characteristics of longer hospital stay, a variety of medical and paramedical personnels involved in treatment, and more probability of the primary care giver being a nonmedical person. The purpose of this study is to describe the characteristics of nosocomial infection in a rehabilitation hospitals METHODS: Surveillance was done in a rehabilitation hospital affiliated university hospital from June to August 1996, May to June 1997, and July to September 1999. Nosocomial infection was investigated by an infection control practitioner (JCP) according to the Center for Disease Control and Prevention (CDC)'s definitions visiting the rehabilitation wards regularly. RESULTS: The overall NI rates were 3.83 in 1996, 4.42 in 1997 and 1.91 in 1999 per 1,000 patient days, and the urinary tract infection (UTI) rates were 2.82 in 1996, 2.87 in 1997 and 1.07 in 1999 per 1,000 patient days. Both of overall NI rate and UTI rate in 1999 decreased significantly compared with that in 1996 and 1997 (P<0.001). Comparing the ward specific NI rate, the average NI rate of the spinal cord injury ward was the highest (5.67 per 1,000 patient days) and that of the pediatric rehabilitation ward was the lowest (0.83 per 1,000 patient days). UTI constituted of the largest proportion of NIs. The distribution of UTI showed a decreasing tendency from 73.47% in 1996 to 56.00% in 1999, but the distribution of gastrointestinal infection showed an increasing tendency from 4.08% and 5.40% in 1997 and 1996 to 24.00% in 1999. The commonly isolated organisms were E. coli (33.63%), Enterococcus spp. (12.73%) and C. difficile (7.27%). It reflected that the main infection was UTI. CONCLUSION: The main NI in rehabilitation hospital was the UTI. It means that the infection control program of rehabilitation hospital should be focused on the control of UTI. Surveillance in the rehabilitation hospital enabled us to describe the characteristics of nosocomial infection in the rehabilitation hospital. NI rate was decreased through continuous communications and educations with factual datum and involvement of various medical and paramedical personnels. These results show that NI surveillance is crucial for an efficient infection control program.
Allied Health Personnel
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Centers for Disease Control and Prevention (U.S.)
;
Cross Infection*
;
Enterococcus
;
Humans
;
Infection Control
;
Infection Control Practitioners
;
Length of Stay
;
Primary Health Care
;
Rehabilitation*
;
Spinal Cord Injuries
;
Urinary Tract Infections
7.Knowledge and Attitude towards Pathogen Transmission Precautions among Healthcare Workers in a General Hospital.
Korean Journal of Health Promotion 2012;12(1):31-39
BACKGROUND: Pathogen-transmission precautions (PTP), including standard precautions, have been introduced to control the transmission of pathogens among patients and healthcare workers. The aim of this study was to assess the level of knowledge regarding PTP and the attitude towards these precautions among healthcare workers in a hospital setting. METHODS: A cross-sectional survey was performed from March to April 2007 using a self-administered questionnaire completed by 235 physicians, 491 nurses, and 117 laboratory technicians working at a large teaching hospital in urban area in Korea. RESULTS: The overall percentage of correct answers to 13 knowledge-type questions was 66.3%, and the percentage of correct answers differed significantly depending on the profession of the respondents (P<0.001) and exposure to PTP training (P=0.003). The guidelines were the preferred source of information on PTP (57.3%) followed by infection control practitioners (32.0%). The most important obstacles to compliance with PTP guidelines were lack of time (67.5%), forgetfulness (46.8%), lack of knowledge (33.8%), and lack of means (11.0%). CONCLUSIONS: Level of knowledge on the PTP guidelines was low and required improvement. Lack of time was the most important factor reported leading to poor compliance with the PTP guidelines.
Compliance
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Cross-Sectional Studies
;
Surveys and Questionnaires
;
Delivery of Health Care
;
Disease Transmission, Infectious
;
Hospitals, General
;
Hospitals, Teaching
;
Humans
;
Infection Control Practitioners
;
Laboratory Personnel
;
Universal Precautions