Iris Dental

Research Development Company LIKOSTOM engaged in the development and implementation of advanced technologies in the field of dental implantology.
The pride of the company is an innovative Russian Imlantatsionnaya System (IRIS), which combined 20 years of experience of physicians and scientists who worked under the direction of Professor Sergei Yurevich Ivanov.
The Russian system of "IRIS" implant meets all modern requirements of doctors: dentists, surgeons, orthopedists and dental technicians. Choice of implant tailored to individual clinical characteristics of each patient can be successfully used a system of "IRIS" beginners and experienced doctors. Each implant cycle LIKO-M series of combined innovation, usability and success.
Another equally interesting and popular trend is the development of materials for regeneration and recovery of bone tissue. In this area, we cooperate with leading scientific centers of Russia: Moscow State University, Nizhny Novgorod State Medical Academy, Belgorod University of CJSC "ProteinSintez", JSC "VladMiva". Kostezameschayuschy designed based material nedemineralizovannogo bone collagen containing vascular endothelial growth factor. This material has not only osteoconductive and osteoinductive properties, but also provides neoangiogenesis - which is one of the key success factors for bone regeneration.
The company, following the progress of science, is engaged in the development of methods surround prototyping for manufacturing synthetic osteoplastic materials and frame membranes for guided bone regeneration. Together with these research teams mastered methods for obtaining bone matrix based on polylactide, hydroxyapatite, and combinations thereof. Our goal - to create not just osteoplastic materials and bone implants - complex bioengineered constructs that allow to restore volume bone defects in dental and maxillo-facial surgery. These technologies will reduce injuries bone-reconstructive surgery will help patients with complex bone defects, whose treatment by traditional methods is not always projected a positive result. All this is possible thanks to the optimization of bone regeneration in the defect area due to the innovative properties of bone implants.