1.Welcome to Laboratory Animal Research
Laboratory Animal Research 2019;35(1):1-1
No abstract available.
Animals, Laboratory
2.Electron Microscopic Study on the Replcation of Hantaan Virus in Vero-E6 Cells.
Journal of the Korean Society of Virology 1999;29(4):201-209
Noabstract available.
Hantaan virus*
3.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*
4.Clinical Application of Anorectal Physiologic Tests.
Journal of the Korean Academy of Family Medicine 2007;28(9):659-666
No abstract available.
5.Reproducibility of Anal Manometric Measurement.
Kwan Woo SUN ; Moo Kyung SEONG
Journal of the Korean Society of Coloproctology 1998;14(3):483-492
PURPOSE: Anorectal manometry has become a routine investigation for the evaluation of patients with anorectal disorders. However, the interpretation of such studies is confounded by the fact that controversial data are reported with regard to the same events. The aim of this study was to measure the reproducibility of the pressure profiles of anorectal manometry in healthy controls for standardization of their measurements. METHODS: Manometric study was performed on different days with 7 days interval in 22 male healthy subjects with the use of a pneumohydraulic capillary perfusion system. RESULTS: For resting pressures with rapid pull-through (RPT) technique, maximum pressure revealed 43.58, 19.8% and mean pressure, 16.02, 14.6% in the order of reproducibility coefficient and coefficient of variation. For resting pressures with stationary pull-through (SPT) technique, maximum pressure; 17.22, 12.2% and mean pressure; 14.66, 26.4%, respectively. For squeezing pressures with RPT technique, maximum pressure; 53.37, 14.3% and mean pressure; 66.32, 23.6%. For squeezing pressures with SPT technique, maximum pressure; 72.80, 11.9%, mean pressure; 93.10, 30.5% and coughing pressure; 69.42, 15.8%, respectively, For anal canal length (ACL) with RPT technique, at resting state; 7.10, 7.9% and at squeezing state; 14.55, 13.7%, respectively. For high pressure zone (HPZ) with RPT technique, at resting state; 6.68, 16.3% and at squeezing state; 11.06, 23.5%. For HPZ with SPT technique, at resting state; 11.28, 25.4% and at squeezing state; 10.04, 17.5%, respectively. For radial asymmetry (RA) with RPT technique, at resting state; 13.76, 42.3% and at squeezing state; 7.86, 22.9%. For RA with SPT technique, at resting state; 24.6, 58.6% and at squeezing state; 14.28, 46.7%, respectively. CONCLUSION: Measurements of resting and squeezing pressure are more reproducible by SPT technique, in which technique it seems that maximum value is more preferred as a representative value. ACL and HPZ are may well measured on resting pressure with SPT technique. Radial asymmetry shows the best reproducibility on squeezing pressure with RPT.
Anal Canal
;
Capillaries
;
Cough
;
Humans
;
Male
;
Manometry
;
Perfusion
6.Factors influencing acute postoperative urinary retention in patients undergoing inguinal herniorrhapy.
Moo Kyung SEONG ; Geon Do SONG
Journal of the Korean Surgical Society 1993;45(3):400-405
No abstract available.
Humans
;
Urinary Retention*
7.Clinical Significance of Colon Transit Time Study in Patients with Chronic Constipation.
Journal of the Korean Society of Coloproctology 1998;14(2):235-240
PURPOSE: Measurement of colon transit time is well-known physiologic study for patients with chronic constipation. But information we get from it is frequently inconsistent with patient's complaint. This study was designed to ascertain the actual significance of that measurement. METHODS: The subjects included two groups of patients with chronic constipation. One group consists of 32 patients(group A), The other group 36 patients(group B). Colon transit time study and defecographic examinations were done using previously described methods. But the former study was a little modified in group A, in which sodium phosphate enema was given at the previous day of oral intake of radio-opaque markers. Findings of colon transit time study and their relations to the defecographic results were compared with each other. RESULTS: As for the 5th day-findings of colon transit time, 6 cases(18.7%) were abnormal in group A and 3 cases(8.4%) in group B(statistically not different). As for the 3rd day-findings, 15 cases(46.9%) were abnormal in group A and 7 cases(19.5%) in group B( statistically different, p=0.0163). Defecographic findings showed 7 cases(21.9%) of outlet obstruction pattern in group A and 9 cases(25%) in group B. Correlations between these findings and those of colonic transit time studies were not proven statistically. CONCLUSION: Colon transit time study with single marker bolus and the 5th day photography technique was considered not to reflect the actual conditions of patients with chronic constipation. But sodium phophate enema, given to patients before starting the study, seemed to enhance the accuracy of study.
Colon*
;
Constipation*
;
Enema
;
Humans
;
Photography
;
Sodium
;
Time and Motion Studies*
8.A case of polyarteritis nodosa complicated by bilateral renal hematomas and U.G.I. bleeding.
Seong Pok CHEONG ; Kyung Woo YOON
Korean Journal of Nephrology 1991;10(3):426-433
No abstract available.
Hematoma*
;
Hemorrhage*
;
Polyarteritis Nodosa*
9.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
10.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*