No abstract available.
Amnion* ; Dinoprostone* ; Humans* ; Metabolism* ; Progesterone*

No abstract available.
Amnion* ; Dinoprostone* ; Humans* ; Metabolism* ; Progesterone*

No abstract available.
Biological Therapy* ; Crohn Disease*

No abstract available.
Aneurysm, False ; Child ; Humans ; Iliac Artery

No abstract available.
Hirschsprung Disease*

The functional and morphologic cardiac developments are determined by the morphogenesis, growth and remodeling of the heart resulted from the cell proliferation and apoptosis. We studied the distribution of the proliferation and apoptotic activity of myocardial cells according to the developmental stages in embryos of C57bl/6 mice. Serial histologic sections were stained with PCNA and TUNEL method and were analyzed with image analyzer (BMI, Seoul). The ventricular myocardium of an embryonic heart could be divided into trabecular, inner compact and outer compact layers. Proliferation indices at layers of the left ventricular myocardium on embryonal days (ED) 13, 14, 16, 17 and 18 were 19.9%/47.4%/60.4%, 16.1%/45.8%/60.3%, 24.6%/45.6%/38.1%, 23.3%/17.7%/18.3% and 31.2%/28.0%/19.4% (trabecular/ inner compact/ outer compact) and the right ventricle, 11.0%/34.4%/60.5%, 23.0%/44.0%/69.0%, 29.2%/42.9%/35.1%, 30.4%/30.5%/22.3% and 32.4%/28.4%/16.3%. The apoptotic indices of the left ventricle/VIF were 0.23%/3.66% on ED 13-14, 0.42%/1.31% on ED 16 and 0.05%/0.60% on ED 17-18. The results show that the proliferation of the myocytes was maximal at the outer compact layer on ED 13 and 14 but lowest on ED 17 and 18. This decrease was more pronounced at the left ventricle. The innermost trabecular layer showed a constant proliferation activity of 11.0-32.4%. The presence of spatiotemporal differences in the cell proliferation reveals regional regulation in the developmental timing of cardiac development. Functional maturation is considered to be responsible for the change of proliferation activity. The apoptosis was most frequent and intense in the VIF and crux throughout the periods of each embryonal day where as rarely seen in the ventricular myocardium, especially in the trabecular layer of myocardium. These findings suggest that the apoptosis plays the role in the development of atrioventricular, ventriculoarterial septation and valve formation. Our results also reveal that the participation of apoptosis in formation of the trabeculation can be denied.
Animals ; Apoptosis* ; Cell Proliferation* ; Embryonic Structures ; Heart ; Heart Ventricles ; In Situ Nick-End Labeling ; Mice ; Morphogenesis ; Muscle Cells ; Myocardium ; Proliferating Cell Nuclear Antigen

No abstract available.
Pancreaticoduodenectomy* ; Pancreaticojejunostomy*

No abstract available.
Child* ; Cyclophosphamide* ; Humans ; Nephrotic Syndrome* ; Retrospective Studies*

No abstract available.
Bleomycin* ; Lymphangioma, Cystic*

In search of the effect of air pollution on the eye, the authors examined ocular symptoms and diseases in both an urban(Seoul) and two rural populations (Suwon and Changsung). The Prevalence rate of ocular symptoms and diseases between 109 occupational drivers of more than 3 years career in Seoul area which is one of the air polluted urban areas and 150 populations in the two different rural areas as a control group were compared. The prevalence rate of ocular symptoms was 89% in Seoul, 10% in Suwon and 23% in Changsung area, and those of ocular diseases were 35%, 6% and 10% in the same areas, respectively. The prevalence rate of ocular symptoms and diseases is respectively 3 to 4 times more prevalent in occupational drivers than in the control groups. Many other etiologic factors such as occupation, labor condition, environmental stress or different way of living may influence the prevalence rate between the two groups, however, it would be presumed that the main causative factor to cause ocular symptoms and diseases is probably due to air pollution.
Air Pollution ; Gyeonggi-do ; Occupations ; Prevalence* ; Rural Population* ; Seoul