Experience of Experimental Application of Rational Design of Domestic Dental Implant

Tatyana Olegovna  Mun; Nigman Lukmonovich  Khabilov; Farhodjon Komiljonovich  Usmanov; Odilhon Rustamovich  Salimov; Asylbek Bayadilovich  Shukparov; Shirynbek  Ilyas

doi:10.17605/cajmns.v2i5.279

Tatyana Olegovna Mun PhD, Associate Professor Department of Hospital orthopedic Dentistry Tashkent State Institute of Dentistry
Nigman Lukmonovich Khabilov PhD, Head of the chair of hospital orthopedic stomatology Tashkent State Institute of Dentistry
Farhodjon Komiljonovich Usmanov PhD, Associate Professor of the chair of hospital orthopedic stomatology Tashkent State Institute of Dentistry
Odilhon Rustamovich Salimov PhD, Docent of the Faculty Orthopedic Dentistry Tashkent State Institute of Dentistry
Asylbek Bayadilovich Shukparov Head of the Department of Dentistry, Faculty of Advanced Studies and College at South Kazakhstan State Academy
Shirynbek Ilyas Assistant to the Department of Dentistry Internship at the Kazakh National Medical University

DOI: https://doi.org/10.17605/cajmns.v2i5.279

Keywords: domestic implant, installation of a dental implant, mucous membrane when using the implant, blood counts

Abstract

The team of the Department of Hospital and Faculty Orthopedic Dentistry of the Tashkent State Dental Institute has created a domestic dental implant. Dental implant "Implant.uz" is made in two-stage and one-stage form. Implementation of the implant in one-stage and two-stage forms expands the range of implantation means, depending on the medical indications and the patient's wishes. Microscopic examination of the jaw bone tissue at 1, 3, 6 months after implantation at the implant-bone interface showed that the bone tissue adheres tightly to the metal surface of the implants, no foreign inclusions, overlays and cavities are detected in the contact zones.

References

The domestic dental implant "Implant.uz" made of titanium of BT-1.00 grade, consisting of intraosseous part, containing conical apical part with thread and coronal part, and extraosseous part including crown part, has been developed. At the apical end of the apical part there are anti-rotation notches in the form of cross grooves.

The developed dental implant, implanted into the jaw bones of the experimental animals did not cause pathological changes in their organism, which allows to recommend it for clinical research;

Microscopic examination of the jaw bone tissue at 1, 3, 6 months after implantation on the implant-bone interface showed that the bone tissue adheres tightly to the metal surface of the implants; no extraneous inclusions, deposits or cavities are detected in the contact areas.

The studies performed allow us to recommend implementation of the developed domestic dental implant in the practice of surgical and orthopaedic dentistry.

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