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김용욱,김형태,한길현 大韓成形外科學會 1998 Archives of Plastic Surgery Vol.25 No.7
Blowout fracture is frequently encountered in facial bone trauma. It used to be reduced through, so called, subcilliary or transconjunctival incisions. Although these incisions facilitate to explore the bony orbital walls, they can induce some unwilling changes of soft tissues due to skin incision itself. The soft tissue of lower lid area may be more susceptible to trauma, even surgical than the lateral canthal area due to its fine structure. Seven patients with blow out fractures were treated by endoscopic surgery through small incision of lageral canthal area. They have variable degree of orbital fat herniation, diplopia, and bony defect. Through small lateral canthal skin incision, endoscopy was easy to identify fracture site and made it possible to introduce the sealing material for bony defect. This procedure left inconspicuous scar in the lateral canthal ares. Moreover, it seemed to be avoidable the possible hazardous external changes over the lower orbital area, and to be simultaneous successful treatment.
개 이자의 Somatostatin 양성세포의 발달에 관한 면역조직화학적 연구
장인엽,윤상필,정윤영,김종중,문정석,한길현,김영택,안계훈,선희매 조선대학교 부설 의학연구소 1998 The Medical Journal of Chosun University Vol.23 No.2
Cells immnunoreactive for somatostatin(SOM) and glucagon(GLU) were investigated in postnatal day 0, 7, 14, 28, 90, 180 and adult canine pancreas using light microscopic immunohistochemistry. Pancreatic SOM-immunoreactive cells were found in pancreatic acini, pancreatic duct, and pancreatic islet gradually. Pancreatic SOM-immunoreactive cells were more located in pancreatic parenchyme than pancreatic islet throughout pancreas by postnatal day 28. But there was change by the postnatal 3 months : pancreatic SOM-immunoreactive cells were more located in pancreatic islet than acini and duct. It is suggested that the number of the SOM-immunoreactive cells may not increase with age apparently. A small number of SOM-immunoreactive cells that showed GLU-immunoreactivity were also observed in canine pancreatic islet. The physiologic consequences of these changes remain to be determined. These results sugegest that SOM in the developing pancreas may relate to the secretion of pancreatic hormones.