1.A Clinical Study of 40 Patients with Tsutsugamushi Disease in Chungcheung Province.
Jong Seung LEE ; Jeung Hoon LEE ; Jang Kyu PARK ; Sun Young KIM ; Woo Hyun CHANG
Korean Journal of Dermatology 1989;27(3):272-282
Forty patients(9 male and 31 female) with tsutsugamushi disease were evaluated clinically. The diagnosis of tsutsugamushi disease was confirmed by indirect immunofluoresent test or isolation of causative agent. More than 77% of patients were over 40 years of age. After the incubation period(5 to 13 days, average 8 days) symptoms developed suddenly. The frequent symtoms were fever(100%), chill(100%), headache(100%), rnalaise(97%), and myalgia(95%). On physical exammination the rash, eschar, and lymphadenopathy were found in 97%, 82%, and 67% respectively. Eschar was observed in the trunk, especially axillary, abdominal and inguinal area. Serum transarninase(SGOT snd SGPT) was elevated(89 and 87%). Urinalysis revealed proteinuria in 35%(12/34) and hematuria in 19%(7/36). Chest roentgram and ECG demonstrated abnormalities in 39%(14/36) and 73%(26/36) respectively, The treatment with doxycycline was very effective in all cases.
Diagnosis
;
Doxycycline
;
Electrocardiography
;
Exanthema
;
Hematuria
;
Humans
;
Lymphatic Diseases
;
Male
;
Proteinuria
;
Scrub Typhus*
;
Thorax
;
Urinalysis
2.A Case of Allergic Contact Dermatitis to Sodium Fusidate.
Chang Sik KIM ; Tack Hun KIM ; Tae Ho PARK ; Jae Hak YOO ; Kea Jeung KIM
Annals of Dermatology 2005;17(2):95-97
No abstract available.
Dermatitis, Allergic Contact*
;
Fusidic Acid*
;
Sodium*
3.Measurement of Malonate Concentration using Malonyl-CoA Synthetase and Its Relationship with Disease.
Seung Kyoo HAN ; Jeung Kyu KIM ; Seung Ryeoul PARK ; Chung Soon CHANG ; Yu Sam KIM
Journal of the Korean Pediatric Society 1995;38(9):1167-1175
No abstract available.
Ligases*
4.A Case of Leser-Trelat Sign Associated with Adenocarcinoma of the Rectum.
Tack Hun KIM ; Chang Sik KIM ; Tae Ho PARK ; Jae Hak YOO ; Kea Jeung KIM
Annals of Dermatology 2005;17(1):41-44
No abstract available.
Adenocarcinoma*
;
Rectum*
5.Evolutionary Psychiatry I-Concept of Evolutionary Psychology and Evolutionary Psychopathology.
Chang Jeung PARK ; Ung Gu KANG
Journal of Korean Neuropsychiatric Association 2018;57(2):157-172
The evolutionary theory is applied to explain a multitude of natural and social phenomena. In medicine, evolutionary biology and psychology enables us to take perspectives beyond the biomedical paradigm of disease. The evolutionary pathophysiology looks for the ultimate cause of disease rather than the proximate causes. The ultimate cause of disease lies in the evolved psychological mechanisms (EPMs). This recognition fundamentally alters the traditional view of pathogenesis that a disease is the result of alien pathogens invading our bodies. Especially in psychiatry, the insight that the pathologic and normal mind have a common basis and that discriminating between them solely by means of natural science is rather impossible, this makes us rethink the validity of current reductionistic approaches to psychiatric nosology. In this article (Part I), the authors introduce evolutionary biology and psychology. Detailed application of the evolutionary perspective to psychiatric disorders will be discussed in the continuing article (Part II).
Biology
;
Emigrants and Immigrants
;
Gene-Environment Interaction
;
Humans
;
Natural Science Disciplines
;
Psychology*
;
Psychopathology*
6.Evolutionary Psychiatry II-Mental Functions and Diseases from the Evolutionary Perspective.
Chang Jeung PARK ; Ung Gu KANG
Journal of Korean Neuropsychiatric Association 2018;57(2):173-189
Previously (Part I) the authors introduced the evolutionary biology and psychology. In the present part (Part II) of the review article, we discuss what disease is, and how diseases are explained in terms of the evolutionary perspective. Various psychologic phenomena and psychopathologic conditions are also illuminated under this evolutionary light. Through this approach, the authors hope that clinicians would search for the “normality” as well as pathology in patients, and would utilize this insight to understand and treat them accordingly.
Biology
;
Hope
;
Humans
;
Pathology
;
Psychology
7.Composition of glycoproteins in goblet cells and submucosal glands.
Joo Heon YOON ; Jeung Gweon LEE ; In Yong PARK ; Mi Sook CHANG
Korean Journal of Otolaryngology - Head and Neck Surgery 1991;34(4):732-736
No abstract available.
Glycoproteins*
;
Goblet Cells*
8.Hairy cell leukemia: a case report.
Hye Kyoung YOON ; Seol Mi PARK ; Jeung Nyeo LEE ; Chang Hak SOHN
Korean Journal of Hematology 1993;28(2):395-401
No abstract available.
Leukemia, Hairy Cell*
9.Free flap reconstructions for head and neck cancer.
Sang Dug JEUNG ; Young Jin KIM ; Tae Woo LEE ; Chang Sup SEONG ; Jin Suk BYUN ; June Sik PARK
Korean Journal of Otolaryngology - Head and Neck Surgery 1993;36(6):1307-1314
No abstract available.
Free Tissue Flaps*
;
Head and Neck Neoplasms*
;
Head*
10.An Analysis of Sit-to-Stand Transfer in Normal Children.
Eun Sook PARK ; Chang Il PARK ; Ji Chan CHANG ; Jeung Bin SHIN ; Hong Jae LEE
Journal of the Korean Academy of Rehabilitation Medicine 1999;23(4):717-724
OBJECTIVE: Rising from a sitting position is a very common, yet essential activity in daily life. The activity to perform the sit-to-stand (STS) transfer is a prerequisite for upright mobility. This study aims to provide fundamental data concerning the execution of the STS, and in particularly the followings: 1) how do the angles of the lower limbs change throughout the process of rising from a chair; 2) how much motion torque and power in each joint are required per kilogram of body weight to complete the STS transfer? METHOD: Twenty-one children who have developed normally and could understand the command requested are involved as subjects. Their age ranged from 3 to 5 years old. Motion analysis of STS transfer were assessed with the Vicon 370 M.A (Oxford Metrics Limited, United Kingdom). The changes in joint angle, maximal moment and power in lower limb were calculated throughout the STS transfer. RESULTS: A series of transition points was observed in the angles of the hip, knee and ankle joints throughout the sit-to-stand movements, which was classified into five stages. The first stage is trunk and hip flexion phase; second stage, buttock take-off; third stage, ankle dorsiflexion and knee extension; forth stage, just-standing; fifth stage, stabilizing phase. The extension moment of each joint is 0.65 Nm/kg on right, 0.71 Nm/kg on left in hip, 0.41 Nm/kg on right, 0.38 Nm/kg on left in knee and 0.21 Nm/kg on right, 0.22 Nm/kg on left in ankle joint. The extension power is 0.60 watt/kg on right, 0.68 watt/kg on left in hip, 0.59 watt/kg on right, 0.50 watt/kg on left in knee and 0.15 watt/kg on right, 0.15 watt/kg on left in ankle joint. CONCLUSION: A consistent pattern was observed throughout the sit-to-stand transfer and six transition points were observed in the angles of the hip, knee and ankle joints throughout the STS transfer. By these 6 points, the movement of the STS transfer was classified into 5 stages. Major changes in angle, moment, and power of each joint were observed in sagittal plane. There were no side to side difference during the STS transfer.
Ankle
;
Ankle Joint
;
Body Weight
;
Buttocks
;
Child*
;
Child, Preschool
;
Hip
;
Humans
;
Joints
;
Knee
;
Lower Extremity
;
Torque