Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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01/11 - Situation after tooth removal.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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02/11 - Small cerabone® granules mixed with Straumann® Emdogain®.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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03/11 - cerabone® pre-mixed with Straumann® Emdogain® applied to the defect. Jason® membrane in place intended to cover the augmented area.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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04/11 - Jason® membrane covering the augmented area. The membrane was immobilized with titanium tacks on the buccal and palatal aspect.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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05/11 - Suturing.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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06/11 - Application of a temporary denture.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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07/11 - Situation 1 week post-operative.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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08/11 - Situation 6 months post-operative.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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09/11 - Re-entry 6 months post-operative.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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10/11 - Implant placement.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
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11/11 - Primary wound closure.Ridge augmentation using cerabone®, Jason® membrane and Straumann® Emdogain® - Dr. S. Pelekanos
Alveolar socket before soft and hard tissue augmentation
Pre-operative OPG shows deep vertical intrabony defects on the distal aspects of teeth 13 and 14.
Radiographic view before periodontal regenerative therapy with Straumann® Emdogain®. A deep intrabony defect appeared mesially and distally on the left mandibular first premolar. Pre-surgical probing measured 8 mm. The defect morphology presented as well-contained.
Baseline clincial situation and pre-surgical probing.
Pre-operative radiographic view.
Baseline clinical situation. Recession depth of 6 mm at tooth 31.
Initial situation: 40 year old female patient with extensive scar tissue after several surgeries restored with a Rochette bridge
Pre-operative X-ray. Hopless tooth 21.
Pre-operative clinical situation.
Pre-operative radiograph. Intrabony defect on the mesial aspect of tooth 14.
Pre-operative clinical situation. Gingival recessions at teeth 11 and 21.
Pre-surgical situation. Multiple adjacent gingival recessions at teeth 12, 13 and 14.
Pre-operative clinical view. Multiple adjacent gingival recessions.
Initial situation: bone loss due to lack of physical load of bridge retained region 11
Pre-operative radiographic view. Intrabony defect on the distal aspect of the lateral incisor.
Situation after tooth removal.
Pre-operative clinical situation.
Pre-surgical clinical situation, buccal view.
Pre-operative probing pocket depth (PPD) at the distal aspect of tooth 11 was 7 mm.
Pre-surgical clinical situation. Deep gingival recessions at both upper canine.
Pre-operative clinical situation. Multiple adjacent gingival recessions.
Pre-operative clinical situation. Shallow multiple adjacent gingival recessions in the first quadrant.
Bone defect in area 11-21 due to two lost implants (periimplantitis) after 15 years of function










