No abstract available.
Korea* ; Renal Dialysis*

No abstract available.
Joints* ; Replantation*

No abstract available.

No abstract available.
Doxylamine* ; Eating*

BACKGROUND: An intensive and ongoing surveillance program is effective for preventing the hospital infections. but it is time-consuming to detect all cases of hospital infections. So, labratory-based surveillance was performed with the aid of personal computer. The software 'MICRO' that coded and used privately was written in FoxPro 2.0 code. METHODS: All results of the microbiologic culture were stocked in the software and hospital infections were detected by review d an positive microbiology reports and daily ward rounds with examination of patient progress notes. If there was any suggestion or evidence of outbreak of hospital infections the data were analyzed by the 'MICRO' and reported to hospital infections control committee. RESULTS: We detected the outbreak of nosoccmial pneumonia due to a putative single species of methicillin-resistant Staphylococcus aureus in the neurosurgical ward at May, 1996. The suggestive outbreak of wound infections in the 7th ward at April, 1966 was denied by the 'MICRO'. The possible outbreak of 10th ward at May, 1996 was detected. CONCLUSIONS: We describe a surveillance method that identifies excessive rates of positive culture on patient location culture site, and organism indentification using the 'MICRO'. We were able to monitor patient-to-patient cross-infections and possible breakdowns in proper technique, and expect suggestive outbreak of infections early. These results demonstrate that computer analysis of positive culture rates by 'MICRO' is a sensitive and time-efficient method for detecting potentially preventable hospital infections.
Cross Infection* ; Humans ; Methicillin-Resistant Staphylococcus aureus ; Microcomputers* ; Pneumonia ; Wound Infection

No abstract available.
Anti-Bacterial Agents* ; Sepsis*

No abstract available.
Tenosynovitis*

No abstract available.
Humans ; Infant* ; Parturition*

No abstract available.
Hand Injuries* ; Hand*

To determine the incidence of prenatal brain damage, and evaluate the clinical and neurosonographical characteristics, we prospectively examined 508 newborn infants with intracranial ultrasound within the first day of life who admitted to the NICU of Severance Hospital from June 1990 to January 1992 and reviewed maternal or neonatal medical records. We found 12 cases (2.4%) of fetal brain lesions and ten of which had antenatal periventricularintraventricular hemorrhage and posthemorrhagic hydrocephalus. One of 10 infants had focal parenchymal hemorrhage, 1 had diffuse parenchymal hemorrhage with a porencephalic cavity, 1 had multicystic periventricular leukomalacia with spongiform cerebromalacia, and 1 had multicystic periventricular leukomalacia. Another 2 infants showed multicystic periventricular leukomalcia and multicystic encephalomalacia with ventriculomegaly respectively. Of 12 infants with prenatal brain damage, 7 were full-term, 5 were preterm, 9 were appropriate-for-gestational age, 2 were small-for-gestational-age, 7 were male, and 9 were delivered vaginally. Ten of 12 infants had perinatal asphyxia and five of which showed severe asphxia. Ten of 12 cases had significant materanl histories (three of which had preterm labor, three had premature rupture of amniotic membrane, one had preeclampsia, one had frequent upper respiratory tract infection and influenza, one had herb medication, and one had mental retardation). Only one infant with prenatal brain damage was asymptomatic and ll infants exhibited a few clinical signs during the neonatal period (all 5 infants had respiratory distress symptom, 4 infants had multiple congenital anomalies, 2 infants showed janudice and one infant had seizure). Of 9 infants who were taken electroencephalogram, 7 infants showed abnormal findings and four of 9 infants taken brainstem auditory evoked potential test exhibited abnormal response. Cerebral palsy and mental retardation were documented in two infants, 5 infants were lost on follow-up examination, and 5 infants were discharged against doctor's advices and died. This study confirms that some drain damage is prenatal and these lesions are associated with the development of cerebral palsy. therefore, prenatal brain damage can not be attributed to obstetrical events and neonatal care, We recommend that a fetal neurosonographic examination should be done in the last trimester of all pregnancies, especially in the presence of significant obstetric history or suspected fetal malformations and neonatal brain sonogaraphy be done within the first week of life. These examination are justified because they would allow early intervention to help offset possible neurologic deficits, would help prepare parents and pediatricians for possible limitations, and would prevent lawsuits and protect against malpractice allegations. But, it is not clear that every newborn infants need an ultrasound scan, since detection of prenatal brain damage would be of little benefit to the patients and enormous cost of routinely examining all pregnancies would be required.
Amnion ; Asphyxia ; Brain* ; Cerebral Palsy ; Early Intervention (Education) ; Electroencephalography ; Encephalomalacia ; Evoked Potentials, Auditory, Brain Stem ; Female ; Follow-Up Studies ; Hemorrhage ; Humans ; Hydrocephalus ; Incidence ; Infant* ; Infant, Newborn ; Influenza, Human ; Intellectual Disability ; Leukomalacia, Periventricular ; Male ; Malpractice ; Medical Records ; Neurologic Manifestations ; Obstetric Labor, Premature ; Parents ; Pre-Eclampsia ; Pregnancy ; Pregnancy Trimester, Third ; Prospective Studies ; Respiratory Tract Infections ; Rupture ; Ultrasonography