1.Current status and problems in individual identification of mass bodies.
Shin Mong KANG ; Young Suk LEE ; Ji Seok SUH
Korean Journal of Legal Medicine 1992;16(2):20-23
No abstract available.
2.Abdominal desmoid tumor transperitoneally invading colon & small bowel.
Ji Young SUL ; Seung Moo NOH ; Kwang Sun SUH
Journal of the Korean Surgical Society 1993;44(1):146-150
No abstract available.
Colon*
;
Fibromatosis, Aggressive*
3.A case of asphyxiating thoracic dystrophy.
Young Joo SUH ; Seung Ki KIM ; Soon Ok BYUN ; Ji Sub OH ; Ok Ji PAIK
Journal of the Korean Pediatric Society 1985;28(2):177-181
No abstract available.
4.A case of Krukenburg tumor.
Ji Young LEE ; Yeon Jung YOON ; Kyoung Young SUH ; Jong Woo KIM ; Shin Ae LEE
Korean Journal of Obstetrics and Gynecology 1993;36(7):1999-2004
No abstract available.
5.Determination of Bilirubin Concentration in the Jaundiced Korean Newborn Infants with Transcutaneous Bilirubinometer.
Man Jin CHUNG ; Young Joo SUH ; Jong Doo KIM ; Myung Hi SHIN ; Ji Sub OH
Journal of the Korean Pediatric Society 1983;26(12):1179-1187
No abstract available.
Bilirubin*
;
Humans
;
Infant, Newborn*
6.MR Patterns of Bone Marrow of Calvarium and Vertebral Body in Normal Subjects; Pattern Analysis According to Age Distribution.
Yang Gu JOO ; Mi Young HWANG ; Soo Ji SUH ; Sun Kyung LIM ; Sun Goo KIM
Journal of the Korean Radiological Society 1994;31(1):25-30
PURPOSE: The purpose of this study is to illustrate MR patterns of bone marrow of calvarium and vertebral body in normal subjects according the age distribution and to understand the course of the fatty replacement from red marrow. METHODS AND MATERIAL: We retrospectively evaluated MR examinations of the calvaria(n=71), cervical spine(n=71), thoracic spine(n=65), Imbar spine(n =68) in subjects without bone marrow abnormality whose age ranged 3 weeks to 74 years. Three distinctive patterns were categorized on Tl-weighted images of the skull. In pattern 1, uniformly low signal intensity with or without very small areas of high intensity in frontal and occipital bones is noted. In pattern 2, frontal and occipital bones have uniformly high signal intensity, and patchy area of high intensity appears in parietal bone. In pattern 3, the entire skull has uniformly high signal intensity. In the spine, four patterns were categorized on Tl-weighted MR images. In pattern 1, the vertebral body has uniformly low signal intensity except for linear areas of high intensity superior and inferior to basivertebral vein. In pattern 2, bandlike and triangular areas of high signal intensity are found in the periphery. Pattern 3 and 4 have diffusely distributed areas of high signal intensity; pattern 3 consist of numerous indistinct dots measuring a few millimeter or less, and pattern 4 consist of fairly well marginated areas ranging in size from 5 to 1.5cm. RESULT:In the calvaria, 73% of pattern 1 were younger than 20 years, pattern 2 were evenly distributed, and 86% of pattern 3 were older than 40 years. In the spine, 87% of pattern 1 were younger than 40 years, 72% of pattern 3 were in 40 to 50 years, and 87% of pattern 4 were older than 50 years. Pattern 2 were evenly distributed in the cervical and thoracic spine, but in the thoracic spine 62% were younger than 30 years. CONCLUSION:It is concluded that younger age group shows mainly pattern 1, whereas elderly group has pattern 3 or 4 in the calvarial and vertebral body marrow. This suggests that conversion to fatty marrow begin locally and progress diffusely with age.
Age Distribution*
;
Aged
;
Bone Marrow*
;
Humans
;
Occipital Bone
;
Parietal Bone
;
Retrospective Studies
;
Skull*
;
Spine
;
Veins
7.Intensive Care Unit Nurses' Knowledge and Nursing Practices regarding Bedside Electrocardiograph Monitoring.
Jeong Hee KANG ; In Sun SUH ; Ji Young KIM
Journal of Korean Academic Society of Nursing Education 2014;20(1):60-70
PURPOSE: Bedside electrocardiograph (ECG) monitoring is continuously used for assessing patients' cardiac status in intensive care units. However, it has not been explored whether it is used with proper knowledge and nursing practices; if not, its usage will be limited and the risk for compromised patient safety might be significant. This study, therefore, explored knowledge and nursing practices regarding bedside ECG monitoring in nurses working at intensive care units. METHODS: Participants in this survey research were a convenience sample of 156 nurses from 25 intensive care units distributed in five hospitals with more than 1,000 beds each in Seoul, South Korea. RESULTS: Participants showed limited and incorrect knowledge and nursing practices. Only 4 (2.6%) participants correctly answered to all electrode placement sites of RA, LA, LL, and V1. Lead II was the most frequently monitored unit regardless of the main purpose of ECG monitoring, and nursing practices to manage noisy signals did not include skin care at the top priorities. CONCLUSION: Educators and clinicians alike need to make an effort to ensure that a safe level of knowledge and practices for the monitoring is maintained in order to make sure that patient outcomes are not compromised.
Electrocardiography*
;
Electrodes
;
Humans
;
Intensive Care Units*
;
Korea
;
Nursing*
;
Patient Safety
;
Seoul
;
Skin Care
8.Two cases of angioedema due to C1 inactivator deficiency.
Ji Young SUH ; Jae Kyung CHOI ; Ha Baik LEE ; Chan Keum PARK
Pediatric Allergy and Respiratory Disease 1993;3(1):121-127
No abstract available.
Angioedema*
9.Tinea Manuum Caused by Trichophyton mentagrophytes var. erinacei.
Myung Hoon LEE ; Ji Young YOO ; Moo Kyu SUH ; Gyoung Yim HA ; Jong Soo CHOI
Korean Journal of Dermatology 2012;50(11):1010-1012
No abstract available.
Hedgehogs
;
Tinea
;
Trichophyton
10.A case of ovarian stomal tumor with minor sex cord element.
Yeon Jung YOON ; Kyoung Young SUH ; Ji Yeon LEE ; Jong Yoo KIM ; Shin Ae LEE
Korean Journal of Obstetrics and Gynecology 1993;36(7):2756-2761
No abstract available.