Repairing large incisional hernia with abdominal wall reconstruction is a technically challenging problem for surgeons. We report our experience of large midline incisional hernia which was repaired successfully with components separation technique. A patient with incisional hernia, 35 x 20 cm in size, underwent operation following standard components separation technique. The aponeurosis of the external abdominal oblique muscle was longitudinally transected from the rectus sheath, and the external abdominal oblique muscle was separated from the internal abdominal oblique muscle. With further separation of the posterior rectus sheath from the rectus abdominis muscle, closure of the abdominal wall was attained without tension. The post-operative course was uneventful with minor wound seroma. The patient discharged safely, and no further complication in terms of recurrence and wound problem has occurred. Components separation technique could be a possible and effective treatment option for repair of large abdominal wall defect.
Abdominal Wall ; Hernia ; Hernia, Ventral ; Humans ; Muscles ; Rectus Abdominis ; Recurrence ; Seroma

No abstract available.
Truncus Arteriosus*

No abstract available.
Cardioplegic Solutions* ; Heart Diseases* ; Heart* ; Hemodynamics* ; Humans

No abstract available.
Heart Ventricles*

This study was conducted to set up a common mechanism for varying phases of focal segmental glomerulosclerosis(FSGS) by comparing the morphological differences between human FSGS and changes in 5/6 renal ablation animal model, which has been accepted as experimental prototype for hyperfiltration theory as pathogenesis of FSGS. Both the human and the experimental rats showed very similar changes such as segmental glomerulosclerosis, vacuole formations or inclusion of small granules of podocytes, appearance of foamy cells in the capillary lumina, eosinophilic deposits along the mesangial area, and focal atrophy of tubules with associated interstitial fibrosis. The halo, frequently seen in human FSGS, is due to detachment of visceral epithelium from basement membrane, however, did not appear in the experimental rat specimen. On the other hand, the foamy cells and hyalinization were more frequently noted in the rat series and even involved the arterioles. The mesangial proliferation never appeared in the rat series occasionally found in human FSGS. In conclusion, the pathogenesis of FSGS cannot depend solely on the hyperfiltration theory of hemodynamic derangement, but has complex impairment of visceral epithelium and cells forming the constituents of basement membrane.
Animals ; Arterioles ; Atrophy ; Basement Membrane ; Biopsy ; Capillaries ; Eosinophils ; Epithelium ; Fibrosis ; Hand ; Hemodynamics ; Humans* ; Hyalin ; Models, Animal* ; Nephrectomy* ; Podocytes ; Rats* ; Vacuoles

This study was conducted to set up a common mechanism for varying phases of focal segmental glomerulosclerosis(FSGS) by comparing the morphological differences between human FSGS and changes in 5/6 renal ablation animal model, which has been accepted as experimental prototype for hyperfiltration theory as pathogenesis of FSGS. Both the human and the experimental rats showed very similar changes such as segmental glomerulosclerosis, vacuole formations or inclusion of small granules of podocytes, appearance of foamy cells in the capillary lumina, eosinophilic deposits along the mesangial area, and focal atrophy of tubules with associated interstitial fibrosis. The halo, frequently seen in human FSGS, is due to detachment of visceral epithelium from basement membrane, however, did not appear in the experimental rat specimen. On the other hand, the foamy cells and hyalinization were more frequently noted in the rat series and even involved the arterioles. The mesangial proliferation never appeared in the rat series occasionally found in human FSGS. In conclusion, the pathogenesis of FSGS cannot depend solely on the hyperfiltration theory of hemodynamic derangement, but has complex impairment of visceral epithelium and cells forming the constituents of basement membrane.
Animals ; Arterioles ; Atrophy ; Basement Membrane ; Biopsy ; Capillaries ; Eosinophils ; Epithelium ; Fibrosis ; Hand ; Hemodynamics ; Humans* ; Hyalin ; Models, Animal* ; Nephrectomy* ; Podocytes ; Rats* ; Vacuoles

No abstract available.
Gonadotropin-Releasing Hormone* ; Humans

No abstract available.
Fontan Procedure*

No abstract available.
Child* ; Heart Arrest, Induced* ; Humans ; Oxygen*

The authors have experienced a case of organic mental disorder with bilateral frontal lobe atrophy in. a 36-year-old man. He showed negative symptoms of schizophrenia such as anhedonia, social withdrawal, flat affect, poverty of thought.
Adult ; Anhedonia ; Atrophy* ; Neurocognitive Disorders ; Frontal Lobe* ; Humans ; Poverty ; Schizophrenia*