15 results on '"Bulgakov, V. G."'
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2. Identification and evaluation of the role of the arthro-medullary connection in the functioning of human joints (experimental study)
3. Influence of Inclination Angle on the Polyethylene Insert Wear in Experimental Module of Hip Endoprosthesis
4. Influence of Inclination Angle on the Polyethylene Insert Wear in Experimental Module of Hip Endoprosthesis
5. Early Results of Clinical Use of Artromedullary Shunting in Degenerative Dystrophic Knee Joint Diseases
6. Early Results of Clinical Use of Artromedullary Shunting in Degenerative Dystrophic Knee Joint Diseases
7. Tribochemical Component of Oxidative Stress Development at Artificial Joints Implantation. Part 5. Pro-oxidative Properties and Interrelation of Titanium and Non-Metallic Orthopaedic Material Wear Particles with Antioxidants
8. Tribochemical Component of Oxidative Stress Development at Artificial Joints Implantation. Part 5. Pro-oxidative Properties and Interrelation of Titanium and Non-Metallic Orthopaedic Material Wear Particles with Antioxidants
9. NFLUENCE OF THE DEGREE OF CALCIUM SUBSTITUTION BY ARGENTUM IN TRICALCIUM PHOSPHATE ON ITS BIOLOGICAL PROPERTIES IN VITRO
10. Tribochemical Component of Oxidative Stress Development at Artificial Joints Implantation. Part 4. Use of Lubrication and Antioxidant Action of Bone Fat in Total Hip Implant
11. Arthromedullar Bypass at Knee Crucial Ligaments Endoprosthesis
12. Tribochemical Component of Oxidative Stress Development at Artificial Joints Implantation. Part 3. Inhibition of Radical-Forming and Antiproliferative Ability of Wear Particles by Antioxidants and Bone Fat
13. Tribochemical Component of Oxidative Stress Development when Implantating of Artificial Joints. Part 2. Oxidative and Antiproliferative Effect of Wear Debris of Orthopedic Materials
14. Tribochemical Component of Oxidizing Stress Development at Joint Replacement. Part I. Determination of Radical-Forming Ability of Wear Particles from Various Orthopaedic Materials
15. In Vitro Investigation of Resistance to Wear of Human Knee Cartilage during Reciprocating Slipping
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