Treatment of cavitary bone defects under implantation of the mesh structures made of titanium nickelide

Iryanov, Yuri; Strelkov, Nikolai; Kiryanov, Nikolai; Дюрягина, О. В.

doi:10.14300/mnnc.2017.12043

Cited by 4 publications

(3 citation statements)

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“…In addition, they are not carcinogenic, non-toxic, well sterilized; have a predetermined porous structure, permeability, wettability. Live tissues easily germinate in the pores of titanium nickelide, with a direct bond between the bone and the implant [6,7,8]. This allows them to function for a long time in the tissues of the body without tearing away, which ensures a stable regeneration.…”

Section: N Childhood and Adolescence Dbc Can Be A Manifestation Ofmentioning

confidence: 99%

Use of fine-grained titanium nickelide for the treatment of dystrophic bone cysts in children

Victorovich¹,

Vladimirovich²,

Sergeevich³

et al. 2018

Medical news of the North Caucasus

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Section: N Childhood and Adolescence Dbc Can Be A Manifestation Ofmentioning

confidence: 99%

Use of fine-grained titanium nickelide for the treatment of dystrophic bone cysts in children

Victorovich¹,

Vladimirovich²,

Sergeevich³

et al. 2018

Medical news of the North Caucasus

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“…Оценка проведенного лечения выполнялась исходя из трех возможных вариантов результатов: хорошие, удовлетворительные и неудо-ристость структуры, смачиваемость и проницаемость. Отмечена также легкость прорастания живых тканей в поры никелида титана, что обеспечивает формирование непосредственной связи между имплантатом и костью [2][3][4][5][6]. Однако при трансплантации биологических тканей эффективность реконструктивных операций может существенно снижаться по сравнению с ожидаемой вследствие высокой интенсивности их резорбции.…”

Section: Introductionunclassified

New Technologies in Plastic Repair of Residual Bone Cavities

Trushin¹,

Chikinev²,

Штофин³

et al. 2021

SMV

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An experimental comparative study of regenerative processes of bone tissue in animals when filling bone cavities with titanium nickelide granules, and free bone grafting was carried out. It was shown, that when using finely granulated titanium nickelide, in comparison with bone chips, the formation of organotypic regenerate was accelerated by 3 months. The clinical study included 55 patients with dystrophic bone cysts, of which 30 patients underwent original plastic surgery of bone cavities with finely granulated titanium nickelide implant. The clinical and radiological effectiveness of these methods of treatment in the early rehabilitation period and in long-term follow-up, as well as a greater number of favorable results in comparison with traditional methods of treatment was demonstrated.

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“…The main ones are the following: corrosion resistance, lack of toxicity or carcinogenicity, easy sterilization, ability to provide the necessary porosity of the structure, wettability, and permeability. The ease of germination of living tissues in the pores of titanium nickelide was also noted, which provides the formation of a direct connection between the implant and bone [2][3][4][5][6]. However, today, as a rule, homo-or autografts are used as a plastic material [7].…”

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Application of finely granulated titanium nickelide in surgical practice

Victorovich¹

2019

Medical news of the North Caucasus

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Новосибирский государственный медицинский университет, Российская Федерация A clinical study involved 90 patients with chronic osteomyelitis. Patients were divided into two groups. In group I, 60 patients underwent sequestrectomy and plastic surgery of the sequestral cavity with finely granulated titanium nickelide. In group II, 30 patients after sequestrectomy, the bone cavity was filled in the traditional way (hemoplasty). Both in the early postoperative period and the long follow-up period, the clinical and radiological effects of the proposed methodology for treating residual bone cavities were confirmed. When using titanium nickelide implants, the formation of biocomposite is observed in patients, which ensures the preservation of bone strength. This prevents the occurrence of pathological fractures. Titanium nicelide is characterized by mechanical strength, has osteoconductive properties and allows sufficient filling of cavities with complex anatomical structure. Also, preservation of congruence of composite with bone tissue during bone growth (in case of treatment of children) is noted.

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Treatment of cavitary bone defects under implantation of the mesh structures made of titanium nickelide

Cited by 4 publications

References 1 publication

Use of fine-grained titanium nickelide for the treatment of dystrophic bone cysts in children

Use of fine-grained titanium nickelide for the treatment of dystrophic bone cysts in children

New Technologies in Plastic Repair of Residual Bone Cavities

Application of finely granulated titanium nickelide in surgical practice

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