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Information × Registration Number 0221U104566, 0118U004273 , R & D reports Title Improve the methods of restorative-reconstructive treatment of degenerative-dystrophic diseases of the joints. popup.stage_title Head Skobenko Yevhenii O., Registration Date 01-04-2021 Organization State Scientific Institution "Center for Innovative Medical Technologies of the NAS of Ukraine" popup.description2  Study subject: patients with coxarthrosis and unstable components of hip prosthesis. Objective of research: improve the outcomes of treatment of patients with the degenerative dystrophic hip joint diseases by introduction of the diagnostic algorithms at different stages of progression, implementation of the minimally invasive methods of surgical treatment at the early stages, when they are efficient and improvement of the protocol of preoperative planning using personalized approach. Methods of study: clinical, instrumental and statistical. Results and their novelty: The distinction of the proposed method from the ones available in Ukraine is based on the complete customization of implants with the expected technically successful implantation simulated at the planning stage using prototypes of pelvic bones and custom-made components of endoprosthesis using 3D printing. The scientific novelty of the proposed method is the personalized selection of components of hip endoprosthesis, in contrast to the standard components used in arthroplasty in patients with the altered anatomy during the complex primary or revision hip replacement. - We have introduced the local protocol for examination and treatment of patients with coxarthrosis that require the complex primary or revision hip replacement. — field of application: medicine; — relevance of research: we have developed a protocol of examination of patients with hip osteoarthrosis, accomplished the effective preoperative planning and ensured reduction of time and invasiveness of surgical procedure. Conclusions: we have developed the preoperative simulation of hip arthroplasty based on the comprehensive use of automated program, 3D modeling and additive technologies. This method is based on the complete customization of implants with the expected technically successful implantation simulated at the planning stage using prototypes of pelvic bones and components of endoprosthesis. Product Description popup.authors BURIANOV OLEKSANDR A VASYLENKO ANTON V ZANKO IHOR S MALIMONENKO MAKSYM O TOLOKONNIKOV YEVHENII Yu KHORIEVINA KATERYNA M popup.nrat_date 2021-04-01 Close