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Background: Device Associated Infection (DAI) namely Ventilator Associated Pneumonia (VAP) and Central Line Associated Blood Stream Infection (CLABSI) is one of the challenges for both neonatal nurses and doctors. Aims of the study were 1) Assess the rate of DAI occurrence among neonates, 2) explore the relationship between DAI rates and certain risk factors such as nurse patient ratio, hand hygiene practice, gestational age (GA), weight, and length of hospital stay among neonates.Methods: Descriptive correlational survey research design. Sample: All neonates admitted in twelve months-duration were included (total number 1090 neonates). Nurses and doctors were observed for compliance to adequate hand hygiene technique. Tools: 1) Center for Disease Control (CDC) criteria to calculate DAI rates, 2) Hand hygiene five points checklist 3) Review of neonates charts to collect data as weight, GA 4) Ballard score and 5) nurse/patient ratio.Results: 24 neonates developed DAI, high significant negative correlations between DAI and infants' weight, GA, nurse/patient ratio and overall compliance to hand hygiene techniques were reported (p-value ?0.05). Length of hospital stay, inadequate hand hygiene technique had strong positive correlations with DAI rate (p-value ?0.05).Conclusions: Factors that could affect DAI were infant's weight, GA, length of hospital stay, inadequate hand hygiene technique and nurse/patient ratio. Recommendations: implementation of infection control programs to raise nurses as well as physicians' compliance to adequate hand hygiene technique and increase number of nurses in the Neonatal Intensive Care Unit (NICU) per shift.
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Objective To measure the nursing workload in ICU,and provide the basis for the scientific distribution of human resources and reasonable scheduling in ICU.Methods ICU patients of the First and Third People's Hospital of Zigong from July to September,2011 were selected.The TISS-28 and NAS were applied to measure the nursing workload in the ICU.The number of staff nurses on each day and on each shift was recorded.Results The total nursing workload and the per capita nursing workload for each day in a week showed no significant difference,and the per capita nursing workload of different shifts and the needs of nurse-patient ratio of different patients in ICU were significantly different.Conclusions The allocation of nursing staff should be balance for each day in a week and different shifts for each day.The configuration of the nursing human resources should be based on actual nursing workload,no only considering the species of the diseases,the disease condition,self-care ability and cooperation of the patients,but also the proficiency of nurse skills.
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BACKGROUND: Not much of the fund is invested in the intensive care unit (ICU) in Korean hospitals since the cost of ICU care is set too low compared to the other medical fields as well as to the other part of the world. This study is designed to support the base of an ICU standard guideline in Korea. METHODS: The questionnaire were sent to 73 ICUs and 24 neonatal ICUs (NICU) of 30 hospitals. Twenty-two of them were teaching hospitals and 8 of them were general hospitals. RESULTS: The ratios of ICU bed number to total bed number were 5.0% and 6.0% in teaching hospital and general hospital respectively. The ratios of NICU bed to total bed were 3.4% and 2.0% in teaching hospital and general hospital respectively. Intensivists were kept in 24.6% of ICU and 36.4% of NICU. Residents were kept in 43.1% of ICU and 45.5% of NICU. The utilization of ICU service was 90% for teaching hospital and 86% for general hospital. The utilization of NICU was 89% for teaching hospital and 3% of general hospital. Nurse to patient ratios varied widely. Most ICUs in teaching hospital showed the nurse to patients ratio of 1 : 4 which was about 32% of total ICU. Most NICUs in teaching hospital showed the nurse to patients ratio of 1 : 5 which was around 20% of total NICU. Most of the ICUs were equipped with central piping system for oxygen and compressed air supply, vacuum system and all the necessary medical gadgets such as mechanical ventilators, ECG monitors, defibrillators, pulse oximeters and infusion pumps. CONCLUSIONS: The distribution of medical personnel as well as medical equipments were varied widely. The variation existed between teaching hospital and general hospital as well as within the teaching hospitals. We need to establish a standard, which grades the level of ICU according to the number of keeping physician, nurse-patients ratio, and the types of medical equipments they have.