where L1 is length of canal through navicular bone into talus, cm; L2 is length of canal through lower metatarsal tubercle from the side of sole surface of foot into talus, cm; T1 is length of talus body, cm; T2 is length of calcaneus body, cm; H is width of navicular bone body, cm. After that, supination of calcaneus and foot are eliminated.;EFFECT: application of claimed invention makes it possible to ensure complete reconstruction of anatomical structure and shape of foot with elimination of possibility of return of calcaneous and foot into position of supination in future.;3 cl, 1 dwg, 1 ex"/> LOW-INVASIVE SURGICAL TREATMENT OF CONGENITAL CLUBFOOT RECURRENCES IN ADULTS
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LOW-INVASIVE SURGICAL TREATMENT OF CONGENITAL CLUBFOOT RECURRENCES IN ADULTS

机译:成人先天性足复发的低度外科手术治疗

摘要

FIELD: medicine.;SUBSTANCE: invention relates to field of medicine, namely to traumatology and orthopedics. Method lies in application of apparatus of external fixation, realisation of surgical access, carrying out arthrodesis of talonavicular and talocalcaneal joints with ablation of their articular surfaces. Ablation is performed by cold-plasma ablation during 1-3 seconds with plasma energy 6-8 eV and power of emission 250-300 W. Compression of talonavicular and talocalcaneal joints is performed. It lies in formation of two canals. One canal is through navicular bone into talus. The second canal is through lower metatarsal tubercle from the side of sole surface of foot into talus. Compressing screws are introduced into formed canals. Length of canals and anatomical parameters of foot obey the ratios: where L1 is length of canal through navicular bone into talus, cm; L2 is length of canal through lower metatarsal tubercle from the side of sole surface of foot into talus, cm; T1 is length of talus body, cm; T2 is length of calcaneus body, cm; H is width of navicular bone body, cm. After that, supination of calcaneus and foot are eliminated.;EFFECT: application of claimed invention makes it possible to ensure complete reconstruction of anatomical structure and shape of foot with elimination of possibility of return of calcaneous and foot into position of supination in future.;3 cl, 1 dwg, 1 ex
机译:技术领域本发明涉及医学领域,即创伤学和骨科。该方法在于应用外固定装置,实现手术入路,对距骨头和距骨头的关节进行关节固定并消融其关节表面。消融是通过冷等离子体消融在1-3秒内进行的,血浆能量为6-8 eV,发射功率为250-300W。压缩距骨和足突关节。它在于两条运河的形成。一条运河是通过舟骨进入距骨。第二根管从脚底表面一侧穿过lower骨下结节进入距骨。将压缩螺钉引入成形的运河中。根管的长度和脚的解剖参数应遵循以下比例:<图像文件=“ 00000009.GIF” he =“ 12” imgContent =“ undefined” imgFormat =“ GIF” wi =“ 45” /> <图像文件=“ 00000010。 GIF“ he =” 12“ imgContent =” undefined“ imgFormat =” GIF“ wi =” 47“ />,其中L 1 是穿过舟骨进入距骨的运河长度,厘米; L 2 是指从足底面到距骨的下through骨结节的长度,cm; T 1 是距骨体的长度,厘米; T 2 是跟骨体的长度,cm; H是鼻骨宽度,cm。其后,消除了跟骨和足的旋后。效果:要求保护的发明的应用使得可以确保完全重建脚的解剖结构和形状,而消除了将来钙质和足返回到旋后位置的可能性。 3 cl,1 dwg,1 ex

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