Demonstration master classes of surgical operations using materials "Lyoplast-S" ® for various types of bone plastics and plastics of soft tissues of the gums. Lecturer: Maria Alexandrovna Nosova (St. Petersburg).
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Increase in the vestibule of the mouth cavity: movement of the muco-gingival border with simultaneous thickening of the gum biotype, stimulation of regeneration with TMO (dura mater).
Increase in the vestibule of the mouth cavity: movement of the muco-gingival border with simultaneous thickening of the gum biotype, stimulation of regeneration with TMO (dura mater).
Increase in the vestibule of the mouth cavity: movement of the muco-gingival border with simultaneous thickening of the gum biotype, stimulation of regeneration with TMO (dura mater).
Increase in the vestibule of the mouth cavity: movement of the muco-gingival border with simultaneous thickening of the gum biotype, stimulation of regeneration with TMO (dura mater).
Increase in the vestibule of the mouth cavity: movement of the muco-gingival border with simultaneous thickening of the gum biotype, stimulation of regeneration with TMO (dura mater).
Increasing the width of the alveolar process by the bone block, stimulating regeneration by preparing the receiving bed, creating a bioreactor for replacement by 100%.
Increasing the width of the alveolar process by the bone block, stimulating regeneration by preparing the receiving bed, creating a bioreactor for replacement by 100%.
Increasing the alveolar width in case of chronic generalized periodontitis, stimulating regeneration, creating a bioreactor for replacing with own tissues by 100%.
Increasing the alveolar width in case of chronic generalized periodontitis, stimulating regeneration, creating a bioreactor for replacing with own tissues by 100%.
Increasing the alveolar width in case of chronic generalized periodontitis, stimulating regeneration, creating a bioreactor for replacing with own tissues by 100%.
Increasing the alveolar width in case of chronic generalized periodontitis, stimulating regeneration, creating a bioreactor for replacing with own tissues by 100%.
Increasing the width of the alveoli by splitting, implantation, plastic surgery of the defect, stimulation of regeneration, creation of a bioreactor for replacing with own tissues by 100%.
Increasing the width of the alveoli by splitting, implantation, plastic surgery of the defect, stimulation of regeneration, creation of a bioreactor for replacing with own tissues by 100%.
Increasing the width of the alveoli by splitting, implantation, plastic surgery of the defect, stimulation of regeneration, creation of a bioreactor for replacing with own tissues by 100%.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Elimination of the gingival recession in the tooth area by apical-coronal displacement in the two-layer technique with the TMO membrane, thickening of the gum biotype for a stable result.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the walls of the alveoli and defecta, implantation, wound closure to restore the volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the walls of the alveoli and defecta, implantation, wound closure to restore the volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the walls of the alveoli and defecta, implantation, wound closure to restore the volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the walls of the alveoli and defecta, implantation, wound closure to restore the volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the walls of the alveoli and defecta, implantation, wound closure to restore the volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli, implant placement, wound closure to maintain bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli, implant placement, wound closure to maintain bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli and bone wall, wound closure to preserve bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli, closure of the surgical wound to maintain bone volume and the formation of new tissues.
Atraumatic tooth extraction, stimulation of regeneration, plastics of the alveoli, closure of the surgical wound to maintain bone volume and the formation of new tissues.
Master classes Lyoplast. Surgical treatment of gum deficiency in the area of implants is approximate. Plastic gums: the creation of interdental papillae in the area of FDM.
Lyoplast master classes. Surgical treatment of gum deficiency in the area of implants is approximate. Plastic gums: the creation of interdental papillae in the area of FDM.
The video block consists of forty plots. Three master classes with step-by-step enumeration of operations demonstrate the processes of creating interdental papillae in the area of gum formers, treatment of gingival recession on a single implant, simple tooth extraction without a defect. In addition, cases of tooth extraction with various vestibular effects, tooth extraction during implantation without stability, tooth root removal (implantation in the alveoli) are considered.The cases of plastics of a through defect after tooth extraction, cases of treatment of both single and multiple recessions are considered. Separately, cases of bone block augmentation are considered in width, cases of defect plasty in chronic paradontitis, including splitting; cases of increased vestibule with gingivoplasty.