Ridge Preservation learn in a box

For late implant placement

Presented by Prof. Maurício Araújo

PROF. MAURICIO ARAUJO

Prof. Dr Araújo is a Periodontist working both in private practice Rio de Janeiro and at The State University of Maringa, Parana, Brazil. He completed his PhD at The University of Gothenburg, Sweden in 1998. He is the Chairman of the Perio/Implant Research Unit, State University of Maringá. He has together with his co-workers published groundbreaking research in the fields of ridge alterations following tooth extraction, ridge preservation, bone formation in extraction sockets and immediate implant placement. He is Osteology Foundation Honorary Board member, ITI Fellow, a former ITI Chairman in Brazil and ITI Research committee member. He is member of the editorial board of several journals.

Education

1987 Degree in Dentistry, State University of Rio de Janeiro (Brazil)
1993 Master degree in Periodontology, São Paulo University (Brazil)
1998 Specialist certificate in Periodontology, Federal Board of Dentistry (Brazil)
1998 Ph.D. in Periodontology, Institute of Odontology, Göteborg University (Sweden)

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Whats included in your walkthrough

Maxilla Model

Maxillary clear model with GI mask. Teeth on the model can be extracted for ridge preservation exercise. Model created for surgical exercises on a Straightforward - Advanced level Soft tissue allows incision techniques and connective tissue graft harvesting.

Mucoderm

Mucoderm® provides a true alternative in certain indications to the patient’s own connective tissue. This stable 3-dimensional collagen soft tissue replacement, made of porcine dermis, supports fast revascularization and soft tissue integration, including color and texture.

Xenoflex

Straumann® XenoFlex is a biometric composite material that resembles the native bone in its basic biphasic composition of collagen and xenogenic hydroxyapatite. It has beneficial handling characteristics and the ability to be shaped to match the individual defect situation. Straumann® XenoFlex – an efficient, easy to handle, volume stable solution for the treatment of bone defects.

Permamem

Permamem® is an exceptionally thin, non-resorbable, biologically inert and biocompatible membrane made of high-density poly- tetrafluoroethylene (PTFE). permamem® maintains its structural characteristics both during the initial implantation and over time. Due to its dense structure the membrane acts as an efficient barrier against bacterial and cellular penetration, and may therefore be left in place for open healing in certain indications.