No abstract available.
APACHE* ; Emergencies* ; Intraabdominal Infections*

No abstract available.
Korea*

An analytic study on 431 cases of cardiac conduction disturbance has been made by review of the clinical records and electrocardiograms taken from the adult patients registered at Kyung Hee University Hospital for 3 years from May, 1973 to April, 1976. 1. The total incidence of conduction disturbance was 6.50%, the atrioventricular block 3.14% and the intraventricular block was 3.36% of total 6,616 cases of E.C.G. reviewed. Among of these, the first degree atrioventricular block was 3.02% which was the most common occurred one, the incomplete right bundle branch block was 2.25% and the complete right bundle branch block was 0.57%. 2. The ratio of male to female was 1.6:1 for the first degree atrioventricular block, and 1.6:1 for the incomplete right bundle branch block, 2.5:1 for the complete atrioventricular block, 2:1 for the left bundle branch block, and 1.7:1 for the complete right bundle branch block. The first degree atrioventricular block was seen most frequently in the fifth and sixth decade of age group, and the third degree block was over 40 years. The incomplete right bundle branch block in order was forth decade, third decade and fifth decade. The complete right bundle branch block and left posterior hemiblock were common in the sixth decade. The left bundle block and the posterior hemiblock were common in fifty years of age group. 3. The cardinal underlying diseases of the first degree atrioventricular block among cardiac diseases group in order of frequency were: hypertensive heart disease (25.0%) arteriosclerotic heart disease (8.0%) and rheumatic valvular heart disease (5.0%). The most common etiology of those non-cardiac disease group was neuropsychiatry disorder (11.5%) and the next was infection (11.0%). 4. All of the complete atrioventricular block were associated with the cardiac disease, that is, 57.0% with arteriosclerotic heart disease, 28.5% with pericarditis and 14.3% with hypertensive heart disease, respectively. 5. The cardinal underlying disease of the incomplete right bundle branch block in order of frequency were: hypertensive heart disease (10.7%), arteriosclerotic heart disease (8.1%) among the cardiac disease group, and infections (15.4%) among the non-cardiac disease group. The incidence of healthy persons was 14.1%. 6. Those of complete right bundle branch block in order of frequency were: arteriosclerotic heart disease (13.2%), and hypertensive heart disease (10.1%) among the cardiac disease group, and infection(13.2%) and neurosis (10.1%), respectively among the non-cardiac disease group. 7. The major etiologies of the left bundle branch block was hypertensive heart disease and arteriosclerotic heart disease (33.3% each), and that of left posterior hemiblock was showed arteriosolerotic heart disease and cor-pulmonale. The most common etiological disease of the left anterior hemiblock was hypertensive heart disease in cardiac disease group, and infection and gatrointestinal disease in non-cariac disease group. 8. The abnormal electrocardiographic findings with the first degree atrioventricular block were left ventricular hypertrophy (24.8%), sinus tachycardia (11.0) and sinus bradycardia (5.8%). Those with the complete atrioventricular block were right ventricular hypertrophy (15.8%) and left bundle branch block (15.8%). In complete right bundle branch block, the majority (52.5%) showed single sign without other abnormality on E.C.G. In the left bundle branch block, there were 18.9% of left ventricular hypertrophy and 15.7% of first degree atrioventricular block. In the left anterior hemiblock, there were 28.5% of right bundle branch block, and 19.0% of right ventricular hypertrophy. In the left posterior hemiblock, there were 40.0% of atrial fibrillation and 20.0% of left atrial hypertrophy.
Adult ; Male ; Female ; Humans ; Incidence

No abstract available.

A choroid detachment occurs most commonly after surgical operation for cataract, glaucoma, and retinal detachment. It is fairly characteristic for postoperative choroidal edema to be accompanied by hypotonia and a shallow anterior chamber. We have recently experienced 3 cases of choroid detachment after cataract operation, and acase of choroid detachment combined with retinal detachment after trabeculectomy. They were also accompanied by hypotonia and shallow anterior chamber, but had not would leakage. Among 4 cases, a case of choroid detachment was performed suprachoroidal tapping, the remaining were treated with prednisolone, cycloplegics, and pressure dressing. They were not of consequence and subsided without being noticed. A brief review of relating literatures was described.
Anterior Chamber ; Bandages ; Cataract ; Choroid* ; Edema ; Glaucoma ; Muscle Hypotonia ; Mydriatics ; Prednisolone ; Retinal Detachment ; Trabeculectomy

No abstract available.
Female ; Mosaicism* ; Ovary*

PURPOSE: The purpose of this study was to identify the effects of structured self-debriefing using 3S models on the clinical competency, self-efficacy, and educational satisfaction in nursing students after simulation. METHODS: For this study, 76 third-year undergraduate nursing students from S university were invited. They were divided into two groups, which consisted of a self-debriefing (SDG=41) group and an instructor-led debriefing group (ILDG=35). Collected data was analyzed using Chi-square, t-test, and an independent t-test with the PASW statistics 18.0 for Windows Program. RESULTS: Clinical competency was generally high in the SDG, and statistically significant differences between the SDG and the ILDG occurred after simulations 3, 4, and 5. There were no statistically significant differences in self-efficacy and educational satisfaction between the SDG and the ILDG. However, educational satisfaction in the SDG was slightly higher, while self-efficacy was low compared to the ILDG. CONCLUSION: The results indicate that the method of structured self-debriefing using a 3S model can be effective in improving clinical competency. Further studies need to be investigated.
Humans ; Nursing* ; Patient Simulation ; Students, Nursing*

No abstract available.
Humans ; Hypersensitivity* ; Skin*

No abstract available.
Humans

Evaluation of intracranial CSF flow was accomplished by the use of cine MR technique. In the cine MR, there were two methods of evaluation in CSF flow pattern. Qualitative and quantitative methods were called magnitude reconstruction and phase contrast mapping method, respectively. The image of magnitude reconstruction method can demonstrate areas of decreased CSF flow and help explain the cause of hydrocephalus. The image of phase contrast mapping method is more sensitive to fluid motion and may increase utility in the future for analysis of fluid flow. Cine MR is capable of showing both normal and abnormal intracranial CSF flow. Such a study can be easily added as an extra pulse sequence at the end of a routinely acquired MR examination. We evaluated 2 cases of the normal pattern of pulsatile flow within subarachnoid space and 3 cases of abnormal patterns of CSF flow(communicating hydrocephalus: 2 cases, arachnoid cyst in posterior fossa: 1 case). These observations were compared with pre- and post-operative CSF flow state. In conditions which result in alterations of flow, cine MR shows either obstruction or excessively turbulent flow within the CSF pathways. In our studies, the most distinctive pathological finding was bulk flow in the aqueduct of Sylvius. The authors suggest that this technique can be applied in a wide range of conditions where CSF pathway is altered including hydrocephalus, evaluation of the function of the shunt system and communication between arachnoid cyst and subarachnoid space . Moreover correct diagnosis is possible in patients with hydrocephalus, in whom the exact level of CSF obstruction can be determined. We believe that surgical decisions can be aided by careful analysis of these CSF cine MR studies. We discuss the normal and abnormal CSF flow findings and indications of cine MR CSF flow technique with literature review.
Arachnoid ; Cerebral Aqueduct ; Diagnosis ; Humans ; Hydrocephalus ; Magnetic Resonance Imaging ; Pulsatile Flow ; Subarachnoid Space