1.A Systematic Review of Clinical Nurses' Patient Safety Culture for Improving Nursing Work Environment.
Korean Journal of Occupational Health Nursing 2014;23(2):67-79
PURPOSE: The purpose of this study was to review the articles and theses on the patient safety culture of clinical nurses for identifying overall research trends regarding patient safety culture among hospital nurses, and to suggest strategies for improving nursing work environment related to patient safety culture. METHODS: The subjects for this study were 17 articles selected according to inclusion criteria from five databases in Korea. RESULTS: Seven articles were collected from nursing journals and ten from master's theses. The studies on the 17 articles were conducted at 66 hospitals from seven regions of Korea. The tools for patient safety culture were selected among the three tools from AHRQ and two Korean translation tools. The mean score of patient safety culture was 3.43. CONCLUSION: The findings from the article review indicate that, in order to improve nursing work environment for patient safety culture, the hospital and nursing manager should emphasize the education for patient safety, communication and open-minded reporting, and cooperation among the departments of hospital.
Education
;
Korea
;
Nursing*
;
Patient Safety*
;
Review Literature as Topic
2.An ameboma involving the perianal skin: a case report.
Journal of the Korean Society of Coloproctology 1993;9(3):229-232
No abstract available.
Amebiasis*
;
Skin*
3.A Study on Nursing Intervention Classification linked to Nursing Diagnoses.
Journal of Korean Academy of Adult Nursing 1997;9(3):353-365
The purpose of this study were to label nursing intervention activities performed by Korean nurses working in medical-surgical units by using Nursing Intervention Classification, and to compare nursing intervention classification in Korea with that in Iowa, and to link nursing interventions to nursing diagnoses. This research was done in two steps. At the first step, list nursing intervention activities were used by korean nurses working in medical-surgical units and categorize and label by using Nursing Intervention Classification. The 142 nursing interventions were identified. The nursing interventions had a three-tiered taxonomic structure composed 6 domains, 27 classes, and 142 nursing interventions. At the second step, 142 interventions were linked to 57 nursing diagnoses and validated by the following 27 experts: 6 nursing professors, 11 graduate nursing students who have specialty of medical-surgical nursing, 10 head nurses who have clinical experiences over 10 years. The method of expert survey used to established the content validity of linking nursing diagnoses and nursing interventions. Questionnaire was distributed to experts. In questionnaire, the intervention labels for each of 57 nursing diagnosis were listed. Exports were asked to rate each diagnosis according to the extent to which it was validated and to identify any interventions they believed needed to be deleted or added. The analysis of results indicated that the taxonomy was well developed. More than 80% of the respondents rates s wither very validate of validate on 44 nursing diagnoses. Only 13 diagnoses were rated as validate by less than 80% of respondents. Based on validity results, revisions were made by adding 60 interventions and deleting 1 intervention. Therefore, total 201 of nursing interventions for 57 nursing diagnoses were identified. The use of standardized classifications in the areas of nursing diagnoses and interventions facilitates communication and allow us to build large computerized databases which, in turn, through their accessibility will facilitate research and clinical decision making. A common nursing language will unit nurses and make nursing care an identifiable essence of health care. Also this study adds to the enhance quality of nursing care and build a unique body of knowledge in nursing.
Classification*
;
Surveys and Questionnaires
;
Decision Making
;
Delivery of Health Care
;
Diagnosis
;
Humans
;
Iowa
;
Korea
;
Nursing Care
;
Nursing Diagnosis*
;
Nursing*
;
Nursing, Supervisory
;
Students, Nursing
;
Surveys and Questionnaires
4.The currarino triad of anorectal, sacral, and presacral anomalies
Journal of the Korean Radiological Society 1986;22(3):439-447
The Currarino triad is a unique complex of congenital anomalies including anorectal malformation, scral bonyabnormality, and presacral mass. The usual symptomatology is constipation due to anorectal stenosis. Threepatients with this triad confirmed by surgical operation during recent two yeas in Seoul National Universitychildren's Hospital were presented with a brief review of clinical features, unique radiologic appearance andpostulated pathophysiology. The presacral mass was a mature teratoma in the first patient, alipomyelomeningocele-epidermoid inclusion cyst in the second patient, and myelomeningocele in the third patient. Acorrect diagnosis of the Currarino triad by radiologists is important, and may help the phsicians to investigatedetailed family history and associated anomalies and to establish adequate surgical plans.
Constipation
;
Constriction, Pathologic
;
Diagnosis
;
Humans
;
Meningomyelocele
;
Seoul
;
Teratoma
5.Preoperative prediction of acute perforative and gangrenous appendicitis by clinical features of patients.
Jong In KIM ; Moo Kyung SEONG ; Kyung Young LEE
Journal of the Korean Surgical Society 1993;44(6):1048-1060
No abstract available.
Appendicitis*
;
Humans
6.Echocardiographic Analysis of Left Ventricular Function in Hypertensive Patients.
Jong Seong KIM ; Kyung Soon LEE ; Ki Hyun KIM
Korean Circulation Journal 1986;16(1):49-59
The echocardiographic results obtained from normal group(910 cases), borderline hypertention group(78 cases), define hypertension group(182 cases) and hypertensive heart disease group(55 cases) in Heart Center, Paik Hospital, Inje Medical College, Pusan, Korea between September 1985, were as followings; 1) LVDeD, 5.94+/-1.07cm in hypertensive heart disease group was significantly increased compared with 4.93+/-0.64cm in normal group, 4.92+/-0.73cm in borderline hypertension group and 4.90+/-0.64cm in define hypertension group. LVSeD, 4.86+/-0.98cm in hypertensive heart disease group was significantly increased compared with 3.24+/-0.58cm in normal group, 3.21+/-0.52cm in definite hypertension group. 2) LVDeV/s, 180.26+/-84.76ml/m2 in hypertensive heart disease group was significantly increased compared with 86.13+/-37.34ml/m2 in normal group, 86.26+/-41.02ml/m2 in borderline hypertension group and 83.78+/-30.86ml/m2 in definite hypertension group, and LVSeV/S, 97.51+/-55.67ml/m2 in hypertensive heart disease group was significantly increased compared with 25.28+/-13.25ml/m2 in normal group, 23.68+/-14.62ml/m2 in borderline hypertension group and 24.02+/-14.36ml/m2 in definite hypertension group. 3) There was no significant differance of SV/S, between 61.50+/-26.02ml/m2 in normal, 63.98+/-30.86ml/m2 in borderline, 63.06+/-22.96ml/m2 in definite hypertension group and 61.82+/-30.67ml/m2 in hypertesive heart disease group. E.F. 44.06+/-9.94% in hypertensive heart disease group was significantly reduced comparing with 71.08+/-8.89% in normal group, while 74.35+/-8.26% in borderline and 73.28+/-8.49% in definite hypertensive was significantly increased. F.S., 17.02+/-5.18% in hypertensive heart disease group was significantly reduced comparing with 34.44+/-6.81% in normal, while 35.64+/-7.62% in borderline and 36.87+/-7.26% in definite hypertension group was significantly increased. 4) VSTh, 1.24+/-0.32cm in hypertensive heart disease group, 1.17+/-0.12cm in definite hypertension group and 1.16+/-0.41cm in borderline hypertension group are significantly increased comparing with 0.99+/-0.21cm in normal group. LVPWTh, 1.01+/-0.27cm in hypertensive heart disease group and 0.90+/-0.21cm in definite hypertension group was significantly increased comparing with 0.79+/-0.16cm in normal group. 5) VSTh was increased in 13.3% of borderline hypertension group, 32.8% of definite hypertension group and 31.6% of hypertensive heart disease group. LVPWTh was increased in 4.4% of borderline hypertensive group, 26.9% of definite hypertension group and 30.2% of hypertensive heart disease group. Symmetrical septal hypertrophy was noted in 5.1% of borderline hypertension group, 20.1% of definite hypertension group and 32.1% of hypertensive heart disease group. Total septal or left ventricular posteior wall hypertrophy was noted in 17(21.8%) of 78 borderline hypertension group, 154(89.8%) of definite hypertension group and 51(93.9%) of 55 hypertensive heart disease group.
Busan
;
Echocardiography*
;
Heart
;
Heart Diseases
;
Humans
;
Hypertension
;
Hypertrophy
;
Korea
;
Ventricular Function, Left*
7.A Study on Purpura in Children.
Jong Sub LEE ; Kyung Ho KIM ; Ki bok KIM
Journal of the Korean Pediatric Society 1983;26(2):150-157
8.Morphometric Analysis of Malignant Lymphoma.
In Sook KIM ; Eun Kyung HONG ; Jong Dal LEE
Korean Journal of Pathology 1990;24(2):128-136
Nuclear morphology and size are important in the diagnosis and classification of non-Hodgkin's lymphoma. The recognition of morphologic features of the lymphoma cells and their interpretation are somewhat subjective and often difficult. We apply the morphometric study in touch imprints from 22 cases of non-Hodgkin's lymphoma classified by Working formulation. Determination of the exact size of the tumor cells and substantial diagnostic value of this method compared with histology are proposed. Morphometric parameters, including nuclear area, perimeter, maximal diameter (D-max), diameter of an equivalent circle for a measured area (D-circle), circularity factor (From PE) and regularity factor (Form AR) are measured, using Kontron, user-controlled image analyser (IBAS-1). The correlation between morphometric and histologic diagnosis is relatively good, except for 2 cases of Burkitt's lymphoma, measured as large cell and 2 cases of large cell lymphoma measured as medium cell. The most reliable parameter of the nuclear size is D-circle. The parameters for the nuclear shape, Form PE and Form AR, also reflect the nuclear cleavage and polymorphous pattern. The large cell group shows more wide standard deviation than small and medium cell groups, reflecting heterogeneity and variability in unclear size of large cell group. We suggests the morphometric analysis using touch imprints is complementary diagnostic tool for more accurate and reproducible diagnosis.
9.BONE REGENERATION IN COMPOSITE GRAFT OF FREEZE-DRIEDDEMINERALIZED BONE AND HYDROXYLAPATITE IN RABBIT CRANIAL DEFECTS.
Boo Kyung HAN ; Ok Guen YOON ; Jong Ryunl KIM
Journal of the Korean Association of Oral and Maxillofacial Surgeons 1997;23(3):497-506
Recent development of oral and maxillofacial surgery has taken an interest in the regeneration of facial bone defects. For the reconstruction of bony defects, autogenousbone grafts have been widely used. However, there are some clinical problems ; the morbidity of donor sites, resorption of autogenous bone graft and the availability of the proper form and size. The purpose of this study is to find the proper filling materials for the bone defects. The present study was designed to evaluate the roles and regenerating capacity of maikture of freeze-dried domineralized allogenic bone and hydroxylapatite. Fifteen adult New Zealand white rabbits were used as the experimental animal, Four trephine defects were made by drilling on the parietal bone of each rabbit. The size of each defects was 8x8mm. In first group, the defect was filled with freeze-dried demineralized allogenic bone and hydroxylapatite. The defect in second group was filled with autogenous bone chip only. The third group was filled with autogenous bone chip and hydroxylapatite. The fourth group was filled with freeze-dried dimineralized allogenic bone only. The results were carefully examined grossly and micorsocopically from the 2 weeks to 12 weeks postoperatively. The following results were obtained ; 1. In the case of the graft with autogenous bone chip only, new bone formation was more active than any other groups. 2. In the case of the graft with combination of freeze-dried demineralized allogenic bone and hydroxylapatite, new bone formation was similar to the case of autogenous bone and hydroxylapatite mixture. 3. In the case of the graft with freeze-dried demineralized bone, new bone formation was observed, but less than the other groups. And the time of new bone appeared was later than the other groups. A combination of freeze-dried deminearalized allogenic bone and hydroxylapatite plays an effective role in forming new bone. The results of this study may suggest the possible usage of the mixture of freeze-dried allogenic bone and hydroxylapatite as an alternative to autogenous bone in maxillofacial orthopedic surgery.
Adult
;
Animals
;
Bone Regeneration*
;
Durapatite*
;
Facial Bones
;
Humans
;
Orthopedics
;
Osteogenesis
;
Parietal Bone
;
Rabbits
;
Regeneration
;
Surgery, Oral
;
Tissue Donors
;
Transplants*
10.Pulsed Dye Laser Fragmentation of Urinary Calculi : Clinical Experience.
Korean Journal of Urology 1990;31(4):523-528
The pulsed dye laser, emitting at wavelengths of 504nm. for 1 micro sec. at a frequency of 10 Hz. transmitted via a 200 micron in-diameter silicon-coated fiber, was send for fragmentation of urinary stones. The mechanism of stone fragmentation by laser is 'shock wave' formation by laser light ( photoacoustic effect). From Nov. 1988 to Apr. 1990, we performed 89 procedures in 86 patients for the removal of stones (80 procedures in 77 ureteral stones, 3 procedures in bladder stones and 6 procedures in urethral stones). Of the calculi 80 were fragmented to spontaneously passable or easily extractable fragments. There was no significant complications attributable to laser lithotripsy. And there was no significant differences in the fragmentation of stones according to the component. So, we think that laser lithotripsy is a safe and effective modality in management of the urinary stones including renal and upper ureter stones with some exceptions if deflecting ureterorenoscope is available.
Calculi
;
Humans
;
Lasers, Dye*
;
Lithotripsy, Laser
;
Ureter
;
Urinary Bladder Calculi
;
Urinary Calculi*