Dr. Matteo Albertini
- Dentist, Universitá Politecnica delle Marche (Italy)
- Doctor in dentistry, International University of Catalunya, Barcelona
- University masters in periodontology and implantology, Sevilla University
- Professor at the masters in periodontology and implantology, Sevilla University
- Professor at the masters in periodontology EFP, International University of Catalunya, Barcelona
- Professor at the masters in Aesthetics and oral rehabilitation, Barcelona dental institute, Politechnic University of Catalunya
- Author of conferences and articles about periodontology, implantology and oral rehabilitation
- Private practice in periodontology and implantology in Barcelona
The objective of the implant treatment in aesthetic areas is to maintain or give back the aesthetics and function of the teeth and periodontal tissues. The handling of bone atrophy and soft tissues requires the use of different techniques of periodontal plastic surgery that complement the implant therapy. These techniques include guided bone regeneration (GBR), ridge preservation, and mucogingival techniques with soft tissue grafts. The treatment of bone defects in the post-extraction socket can be done with the classical GBR, that requires a flap raise, or with bone preservation techniques, that avoid the flap raise and are less invasive. The tridimensional socket reconstruction is a technique proposed for the treatment of sockets with big dehiscences that do not allow the correct implant placement and that classically require bone regeneration surgeries with a big tissue mobilization and more morbidity.
Dr. Krzysztof Chmielewski
President of Polish Academy of Esthetic Dentistry
- Graduated 1993 at Medical University in Gdansk
- From 1996 runs his own private practice focused on esthetic treatment and implantology
- During Master of Science in Oral Implantology studies at W. Goethe Univeristy in Frankfurt am Main
- Student of J. Kois in Seattle
- Gives lectures during Curriculum of Implantology Program at W. Goethe University in Frankfurt am Main
- International speaker in the field of implantology, esthetic treatment and dental photography
- Freelance photographer and filmmaker
The goal of the workshop is to demonstrate an alternative treatment method for volume control and stability of the biomaterial for horizontal and vertical augmentations with simultaneous implant placement. The titanium iGen membrane system can be used with almost any implant system available on the market. By selecting the proper type of membrane one can cover simple horizontal defects but also treat advanced and extended clinical situations. The workshop will give you valuable practical hints and tips to successfully employ this alternative treatment method.
The concept of aesthetics can be understood and interpreted in different ways and depends on the individual situation of the patient. Planning prosthetic treatment allows us to determine optimum positions for implants and the shape of the teeth but at the same time allows predicting the limitations associated with pink aesthetics. On the basis of proper planning, communication with the patient is essential. It enables us to make prosthetic restorations that meet the patient’s expectations, taking into account the limitations of a particular case. This is true for both single tooth reconstruction and complex cases. During the lecture Dr. Chmielewski will present the planning techniques and treatment with prosthetic restorations to achieve optimal soft tissue aesthetics.
Priv. Doz. Dr. Arndt Happe, DDS, Ph.D.
2014: Active Member of the European Academy of Esthetic Dentistry
2013: Postdoctoral Lecture Qualification from the University of Cologne, Assistant Professor University of Cologne
2012: Submission of PhD Thesis Department of Oral and Maxillofacial Plastic Surgery, University of Cologne, Germany
Since 2010: Research Fellow of the Department of Oral and Maxillofacial Plastic Surgery University of Cologne, Germany
2009: since this year Lecturer in the Master of Science program for Periodontology of the Dresden International University in cooperation with the German Society for Periodontology
2007: Lecturer in the Master of Science program for Periodontology at the Steinbeis University, Berlin in cooperation with the German Society for Periodontology
2006: Co-author of the Chapter “Bone Augmentation in Oral Implantology” in Khoury, Antoun, Missika: Bone Augmentation in oral Implantology; Quintessence Publishing, London/Chicago
2004: Obtained specialist degree in Periodontology from the German Association for Periodontology
2003: Employed by the Dental Council of Westfalen-Lippe as postgraduate lecturer in Oral Surgery for dental residents; Established the “Study Club Implantology Münster”
2001: German editor for the International Journal for Periodontics and Restorative Dentistry, Quintessence Publishing, Berlin
2000: Obtained specialist degree in Implantology from the German Association for Implantology
1999: Established private practice in Münster; Employed as lecturer in Implantology by the Dental Council of Westfalen-Lippe; Graduation in Oral Surgery from the Dental Council of Westfalen-Lippe
1997-1998: Postgraduate study in Oral Surgery, dental resident at the Private Clinic for Implantology and Esthetic Dentistry “Schloss Schellenstein”, Prof. Dr. Fouad Khoury, Olsberg
1996: Postgraduate study in Oral Surgery, dental resident for Dr. J. Schmidt, Brilon; Performed scientific research on “bone remodeling under mechanical forces” at the Institute for Experimental Orthopedics, Prof. Dr. David Jones, University of Münster
1995: Postgraduate study in Oral Surgery. Worked as dental resident for Prof. Dr. Dr. Georg Habel, Münster
1989-1994: Degree in Dental Medicine at the Westfälische-Wilhelms University in Münster, Germany
Presently he is holding an assistant professorship position at the Department of Oral and Maxillofacial Plastic Surgery and Implantology at the University of Cologne, Germany.
International Lectures in the USA, Japan, Russia, Europe
Lecturer in several national post graduation education programs of different dental councils and dental associations.
The use of soft-tissue grafts buccally of immediate implants leads to a thicker peri-implant mucosa that is located more coronally and to a better aesthetic outcome. Subepithelial connective tissue grafts have been used for many years in plastic periodontal surgery in the aesthetic zone, but the additional surgical site at the palate (donor site) leads to a higher post-operative morbidity for the patient. For this reason, biomaterials such as acellular dermal matrices have been introduced to replace autogenous soft tissue grafts. Acellular dermal matrices show good biocompatibility. In addition, they have shown the potential to thicken oral mucosa buccally from teeth in an animal study and also at implants in various clinical studies. The lecture will show results of a clinical study comparing an acellular dermal matrix versus connective tissue grafts in conjunction with immediate implants in the aesthetic zone.
Dr. Federico Herrero
Since 2006: Invited professor at the masters program of periodontology of Complutense University of Madrid
2004: Masters in periodontology by Complutense University of Madrid, 2004
1995: Postgraduate in periodontology, Royal Dental College, Aarhus, Denmark
1990: Collegiate nº 28003432 at the odontology college of the first region
1989: University degree in dentistry, Iberoamericana Unibe University, Santo Domingo
1987: University degree in medicine and surgery; Alcalá de Henares university
Private practice in Madrid
The KLOCKNER® VEGA® implant was presented in May 2015. It was the last incorporation to the KLOCKNER® implant family, as a result of a continuous activity in research + development + market. At that time, some advantages of this product were presented: a) its bone-level implant design, b) its manufacture using an improved titanium (Optimun®) with better resistance and c) its internal conical connection. The original VEGA® implant had a rough, blasted surface. Months later, KLOCKNER® introduced their new rough bioactive surface Contac-Ti® to the VEGA® implant, reducing significantly the osteointegration time. With the addition of the Vega implant, Klockner completed, at the time, a treatment offer that includes tissue-level implants (mechanized neck) with internal connection, external connection implants, and finally, bone-level implants. In this lecture, we will revise the clinical application of this implant and its new surface, by the presentation of different treatment indications and their result, as well as a revision of its characteristics.
Prof. Dr. Dr. h.c. Adrian Kasaj, M.Sc.
Prof. Dr. Adrian Kasaj, DDS, MSc, PhD is a Professor of Periodontology in the Department of Operative Dentistry and Periodontology at the University Medical Center Mainz, Germany.
In 2016 he was appointed as an extracurricular Professor at the University of Mainz, Germany. Prof. Kasaj has published more than 90 original articles and reviews, lectures extensively in Germany and abroad and serves on several editorial boards and advisory commitees.
In 2014 he was awarded the “Doctor honoris causa” (Dr.h.c.) degree by the University of Timisoara, Romania.
From 2012-2014 he completed the post-graduate program “Master of Science in Oral Implantology” (German Society of Implantology/Steinbeis University).
In 2012 he became a Visiting Professor in the Department of Periodontology at Timisoara University, Romania.
In 2009 he completed his Ph.D. thesis (Habilitation) and became Associate Professor in the Department of Operative Dentistry and Periodontology, University of Mainz.
From 2002-2009 he was an Assistant Professor in the Department of Operative Dentistry and Periodontology at the University of Mainz.
In 2002 he received his Dr.med.dent degree from the University of Mainz and continued postgraduate training in Periodontology (2002-2005) at the same University. He became a certified Specialist in Periodontology of the German Society of Periodontology (DGParo) in 2006 and also of the European Dental Association (EDA) in 2007.
Gingival recession with the exposure of root surfaces is a common occurrence and requires treatment due to aesthetic concerns or root sensitivity. Several surgical techniques have been developed to treat gingival recessions, including those employing connective tissue grafts, various flap designs, guided tissue regeneration. Autogenous soft-tissue transplants are considered the gold-standard for covering gingival recessions, but are limited of tissue that can be harvested from the patient’s palate. Moreover, harvesting autogenous transplants is often associated with pain and discomfort for the patient. More recently, the use of xenogenic 3D native collagen matrices has been introduced to soft tissue grafting. The various techniques in the treatment of single and multiple gingival recessions, as well as current trends are discussed in this presentation.
Priv. Doz. Dr. Dr. Peer Wolfgang Kämmerer, MD, DDS, PhD, MA
Assistant medical director of the Department of Oral-, Maxillofacial and Plastic Surgery of the University Medical Centre Rostock, Germany, Director of the Policlinic of Oral-, Maxillofacial and Plastic Surgery of the University Medical Centre Rostock, Germany
08/2017: Substitute director of the Department of Oral-, Maxillofacial and Plastic Surgery of the University Medical Centre Rostock, Germany
02/2016: Master of Arts (MA), management of health care and social facilities
10/2015: Facultas docendi (Habilitation, PhD) for Oral- and Maxillofacial Surgery (Dr. med. habil.)
02/2015: Obtained degree: Dental specialist of oral surgery
08/2014: Assistant medical director of the Department of Oral-, Maxillofacial and Plastic Surgery of the University Medical Centre Rostock, Germany
06/2014: Obtained degree: Medical specialist of oral and maxillofacial surgery
Since 2014: Assistant Professor, Clinic and Policlinic of Oral, Maxillofacial- and Plastic Surgery, University Medical Centre Rostock, Germany. Director: Prof. Dr. Dr. B. Frerich
10/2013-02/2016: Masterstudies “Management of health care and social facilities”, Technical University Kaiserslautern, Germany and University Witten/Herdecke, Germany
2013: Head of the Cancer Outpatient Centre, University Medical Centre Mainz, Germany
2012/2013: Visiting Assistant Professor at Harvard Medical School, Boston, USA
2012: Guest Faculty and Honorary Professor (Prof. h.c.), Department of Oral and Maxillofacial Surgery, M.R. Ambedkar Dental College and Hospital, Bangalore, India
2011-2013: Senior Lecturer, University Medical Center Mainz, Germany
2010-2011: Lecturer, University Medical Center Mainz, Germany
2010: Dental dissertation with the grade “Magna cum laude”. Topic: “Modulation of platelet activation via alloplastic bone substitute materials”; Prof. Dr. Dr. Al-Nawas
2010: Licensure as dentist
2010: Additional qualification “Special pain therapy in the Oral and Maxillofacial area”
08/2007-11/2013: Assistant Professor, Clinic and Policlinic of Oral, Maxillofacial- and Plastic Surgery, University Medicine Mainz, Germany. Director: Prof. Dr. Dr. Wagner
10/2007-09/2010: Study of Dental Medicine (Johann-Wolfgang-Goethe-University, Frankfurt, Germany and Johannes-Gutenberg-University, Mainz, Germany)
2007: Medical dissertation with the grade “Magna cum laude”. Topic: “Evaluation of Image-cytometric DNA-analysis for diagnosis of patients with primary achalasia”; Prof. Dr. Junginger
2007: Licensure as medical doctor
2004: Scholarship for extraordinary scientific achievements, University Medical Center Mainz, Germany
04/2001-05/2007: Study of Medicine (Johannes-Gutenberg-University, Mainz, Germany and University of Zürich, Switzerland)
09/2000-03/2001: Study of Law (University of Bayreuth, Germany)
The classical shell technique developed by Prof. Khoury has widely been accepted as a reliable bone augmentation technique. However, many clinicians and patients refrain from harvesting autogenous bone blocks from intraoral or extraoral harvesting sites for moderate sized defects.
The use of allogenic cortical plates enables structural bone reconstruction yielding clinically similar results, especially in terms of implant success. In the workshop Peer Kämmerer will address important factors that need to be taken into consideration when handling cortical plates. During the hands-on, different clinical situations will be addressed, with the focus on plate positioning and immobilization.
Autologous grafts are still considered the gold standard for the regeneration of bone defects. However, their availability is limited and sometimes quantities are not sufficient for the specific clinical needs. Furthermore, the possible donor site morbidity and pain for the patient associated with a second surgical site often call for other treatment options. Allogenic, xenogenic or synthetic biomaterials can therefore be a valid alternative to the patient’s own bone.
In this lecture Peer Kämmerer will show how allogenic grafting materials can be used as an alternative to the patient’s own bone. He will show various clinical cases in order to illustrate the properties and advantages of these materials. In addition to the “classical” GBR-methods, Dr. Kämmerer will focus on the allogenic shell technique which can be used to treat complex bone defects with minimal morbidity.
Priv. Doz. Dr. Dr. Frank Kloss
Priv. Doz. Dr. Dr. Frank Rudolf Kloss, born 1972 in Illertissen (Bayern, Germany)
2013 Own medical practice for Oral- and Maxillofacial surgery in Lienz/Austria
2009 Habilitation in Oral – and Maxillofacial surgery and awarded with the „Hans-Pichler Preis“ of the Austrian association of Oral- and Maxillofacial surgery
2004-2013 working at the Clinic for Oral – and Maxillofacial Surgery, Medical University Innsbruck (Prof. Dr. Dr. Rasse)
1998-2003 Study of Medicine, University Erlangen-Nürnberg, Germany
1998-2002 Scientific Assistant, Clinic for Oral – and Maxillofacial Surgery, University Erlangen-Nürnberg (Prof. Dr. Dr. Neukam)
1992-1997 Study of Dentistry, University Würzburg, Germany
Scientific work: 69 publications, 6 book contributions, over 100 lectures
Complex alveolar ridge defects are demanding and special treatment strategies are necessary. Depending on the shape and size of the defect, the clinician needs to choose the ideal solution. In clinical practice, the application of allogeneic blocks has been established as a reliable alternative to autogenous bone blocks for alveolar ridge augmentation, to avoid donor site morbidity and limitations in material quantity. In the hands-on part the participants will practice surgical procedures for block augmentation like flap design and block shaping and will learn more about soft tissue management.
Learning outcomes and key topics of the workshop:
- Indication-based choice of biomaterials
- Evaluation of the advantages and disadvantages of allogeneic bone grafts
- Illustration of the surgical procedure and use of allogeneic bone blocks by means of clinical cases
- Hands-on training on block augmentation including shaping, fixation and suturing techniques
Despite the development of short and diameter-reduced implants, many patients still require alveolar ridge augmentation procedures to facilitate optimal implant stability and hence, clinical success. Depending on the defect size and geometry simultaneous or delayed techniques are available. Especially in extreme atrophies and complex situations block augmentations are the preferred technique.
Besides autogenous bone grafts allogeneic bone blocks nowadays attract the attention of oral surgeons. Free availability and the avoidance of donor site morbidity are the main advantages of allogeneic blocks. Subject to the right indication similar outcomes of allogeneic bone compared to autogenous bone are described in the literature. With the introduction of CAD/CAM technology and custom-milled bone grafts another advantage opened up: better accuracy of fit, resulting in a maximum of contact area between graft and local bone. Dr. Dr. Frank Kloss will present clinical data and cases from his five years of experience using allogeneic blocks.
Dr. med. Thomas Nord
Since 2018: Dentist and specialist in Maxillofacial Surgery, main focus implantology in private office and clinic in Bremen, Germany
2018: Certification as a specialist in Maxillofacial Surgery
2016-2018: Dr. Nord is associated in various scientific research projects about the bone ring technique in cooperation with Dr. B. Giesenhagen and works as speaker in the field of implantology and augmentation procedures
2015-2018: Education in implantology and augmentation procedures at Dr. Giesenhagen, Kassel
2015: Dr. med. Justus-Liebig University Gießen
2012-2017: Department of Oral and Maxillofacial Surgery, Military Hospital Hamburg, Germany
2012: Graduated at Justus-Liebig University Gießen (Dentistry)
2008: Graduated at Justus-Liebig University Gießen (Medicine)
The Bone Ring Technique is an innovative solution for single-stage three-dimensional bone augmentation and implant placement. The simultaneous augmentation and implantation reduces treatment time compared to conventional bone block augmentations. The technique was initially established with autogenous rings harvested from different donor regions. The development of prefabricated allogenic rings has greatly facilitated the procedure, leading to reduced morbidity and faster incorporation into vital bone.
Workshop in detail:
- Step-by-step procedure of the Bone Ring Technique
- Indications and contraindications
- Use of autograft and allograft bone rings
- Sinuslifting in Bone Ring Technique
- Results of clinical studies employing autograft and allograft bone rings
- Various clinical cases
- Hands-on practice
Prof. Dr. Dr. Daniel Rothamel
Since 07/2017: Head of Department, Oral and Maxillofacial Plastic Surgery, Johanniter Hospital Bethesda Mönchengladbach, Germany and Associate Professor, Heinrich-Heine University Düsseldorf, Germany
2016-2017: Chief Senior Physician, Department of Oral and Maxillofacial Plastic Surgery (Prof. Dr. Dr. J. Kubler), Heinrich-Heine University, Düsseldorf, Germany
2013-2016: Chief Senior Physician, Department of Oral and Maxillofacial Plastic Surgery (Prof. Dr. Dr. J. Zoeller), University of Cologne, Cologne, Germany
2009: PhD status., Thesis: “Reconstruction of jaw defects using artificial and autogenous bone blocks in combination with growth factors”
2008-2013: Research Associate, Department of Oral and Maxillofacial Plastic Surgery (Prof. Dr. Dr. J. Zoeller), University of Cologne, Cologne, Germany
10/2008: Dr. med., magna cum laude, Thesis: “Biocompatibility, biodegradation and angiogenetic aspects of native and cross-linked collagen membranes”
06-12/2007: Post-doc Student at the Department of Oral Pathology and Molecular Research, Westmead Hospital, University of Sydney, Sydney, Australia (granted by DAAD)
01/2007: Specialization in Oral Surgery
02-03/2005: Volunteer at the Clinic of Plastic and Reconstructive Surgery in Sankhu, Kathmandu, Nepal
01/2004: Dr. med. dent., magna cum laude, Thesis: “Establishing a new method for quantification of tooth hypersensitivity”
2002-2007: Research Associate, Department of Oral Surgery (Prof. Dr. J. Becker) Heinrich-Heine University, Düsseldorf, Germany
2001-2007: Medical School, Heinrich-Heine University, Düsseldorf, Germany
1996-2001: Dental School, Heinrich-Heine University, Düsseldorf, Germany
Guided bone regeneration, socket preservation, implant surfaces, collagen membranes, bone substitute materials, growth factors, face traumatology
Healthy and long-term stable dental implant treatment requires both adequate hard and soft tissue conditions. However, loss of keratinized tissue after tooth loss as well as extensive flap management for coverage after grafting procedures may lead to compromised gingiva quality and quantity around implants. It is well known that adequate width of keratinized or at least fixed mucosa around implants facilitates oral hygiene which in turn protects from peri-implant diseases. Therefore, different techniques such as vestibuloplasty with or without free gingival grafts or xenogeneic materials have been developed to improve the peri-implant soft tissue quality and quantity. The workshop will start with a theoretical introduction into the topic. Following, in the practical part, participants can practice the presented techniques in a hands-on training on pig jaws.
Dr. med. dent./UMF Neumarkt Marius Steigmann, PhD
- Adjunct Clinical Associate Professor University of Michigan Dpt. of Periodontics
- Adjunct Assistant Professor of oral and maxillofacial surgery Boston University
- Adjunct Assistant Professor University of Pennsylvania Dpt. of Endodontics
- Honorary Professor of the “Carol Davila” University Bucharest, Invited Senior Guest
- Visiting Professor University of Szeged faculty of dentistry
- Visiting professor department of Implantology in Temeschburg
- Dr. Steigmann lectures and publishes extensively
- Member of several associations (such as DGOI, FIZ, BDIZ und ICOI)
- He is a Diplomate of the ICOI and other European societies
- Member of the board of the DGOI
- Dr. Steigmann also received the medal of “Semmelweiss” Budapest University dental school, dept. of oral and maxillofacial surgery
- Dr. Steigmann received his phd from University of Neumarkt 2005
- Founder and Scientific chairman of “Update Implantologie Heidelberg” 2002-2012
- Dr. Steigmann served as ICOI Vice President of Germany 2005-2011
- Founder and director of the “Steigmann Institute”
- Dr. Steigmann maintains a private practice in Neckargemünd, Germany
Clinically, it is a big challenge to create natural gingival aesthetics following immediate or delayed implant placement. Stability of the soft tissue during implant surgery is of major importance for the implant site and adjacent teeth. A flapless surgery can be performed in cases where only the tooth is compromised and not the soft tissue or osseous form. In cases of a localized horizontal/vertical deficiency, dehiscence, or fenestration another approach is necessary.
From a prosthetic prospect, the soft tissue architecture around implants must be similar or close to that of the natural tooth. The dental lab can deliver the best functional and aesthetic work, it will be harmonious only if the soft tissue dimensions are maintained or developed surgically or with the help of the prosthetic reconstruction. Single implant placement has proven to be more predictable than multiple implant placements. In multiple implants and late loading it is possible to develop a soft tissue outcome with provisionals or proceeding directly to the final reconstruction. This is done with the help of a wax-up on the final metal frame controlling the pressure of the soft tissue intraorally.
The lecture will show the difference between surgical and prosthetic soft tissue outcomes. The role of a wax up before surgery and during the prosthetic phase of implant treatment will be discussed.
Diagnosis and treatment of soft tissue deficiencies
Soft tissue manipulation with prosthetic provisionals for definitive fix restoration
Diagnosis and treatment plan both for single and multiple implants in the aesthetic zone from a gingival point of view
Prof. Dr. Leonardo Trombelli
Prof. Trombelli is full Prof. and Chair, Periodontology and Implantology, School of Dentistry at the University of Ferrara.
- Director of the Research Center for the Study of Periodontal Diseases, University of Ferrara
- Director of the Operative Unit of Dentistry, University Hospital of Ferrara
- President of the Medical School, University of Ferrara
- Italian Society of Periodontology
- Italian Society of Osseointegrated Implantology
- International Association of Dental Research
- International Academy of Periodontology
- Peer review panel member of the Journal Periodontology
- Editorial Board member for the Journal of Clinical Periodontology
- Private practice limited to Periodontology and Implantology
The workshop will be focused on the surgical regenerative approach to the intrabony defect. Single and double flap designs will be thoroughly described in combination with specific regenerative devices aimed at optimizing the treatment outcomes while minimizing post-surgery
Changes in horizontal and vertical dimensions of post extraction sockets require surgical strategies to counter bone remodeling in order to facilitate implant positioning at a later stage. During the presentation an evidence-based decision-making process aimed at combining the surgical approach with proper regenerative devices in different clinical conditions will be illustrated.
Dr. Juan Manuel Vadillo
- Doctor in dentistry by the dentistry department of Complutense University of Madrid (year 2000)
- Director of the Masters in Implant surgery, prosthesis and periimplantology in the dentistry department of Alfonso X El Sabio University, Madrid
- Clinical coordinator of the odonto-stomatology service of San Rafael hospital, Madrid
- Teacher at the periodontology and implant masters at Sevilla University
- 19 publications in dental journals
- 6 book chapters
- More than 50 communications and presentations in national and international congresses
It is well known nowadays that a correct periimplant tissue management has a crucial role in the prognosis of implant-assisted restorations. In this field, a correct surgical management, from planning to execution, is a challenge in plastic mucogingival surgery. However, we should not forget the role of the connection between implant and prosthesis, as well as the morphology of the emergency profile, for the maintenance and recuperation of the periimplant morphology. Hence, it is very important to discuss the behavior of the periimplant tissues relating to prosthetic abutments, starting from implant insertion, on to the mid-long-term stabilization phase and maintenance.
Prof. Dr. Péter Windisch
Since 2014: Head of the Department of Periodontology, Semmelweis University, Budapest, Hungary
2012-present: Professor/Department of Periodontology, Semmelweis University, Budapest, Hungary
2010: Habilitation, Semmelweis University, Department of Periodontology
2005-2012: Associate Professor/Department of Periodontology, Semmelweis University, Budapest, Hungary
2003: PhD, Semmelweis University, Department of Periodontology
1991-2005: Professor’s assistant/Department of Periodontology, Semmelweis University, Budapest, Hungary
Since 1990: Private practicioner/Budapest, Hungary
1987-1991: Fellow/Department of Periodontology, Semmelweis University, Budapest, Hungary
1982-1987: D.M.D., Semmelweis University Faculty of Dentistry, Budapest, Hungary
The workshop provides a unique opportunity for participants to receive first-hand clinical experiences and instructions for the application of botiss permamem® and botiss Jason® membrane. During the course, the clinical steps of a novel flap design and a predictable reconstruction approach of localized 3D alveolar defects will be presented on pig jaws.
The lecture focuses on two newly developed synthetic barrier membranes designed for Guided Bone Regeneration. Prof. Windisch will present first hand experiences as well as the handling properties and benefits of a new high-density PTFE and a magnesium barrier membrane used for regeneration of advanced alveolar defects.
Several reconstructive surgical methods are suggested in the literature to rebuild the deficient alveolar ridge, such as transplantation of autogenous bone blocks, distraction osteogenesis as well as guided bone regeneration (GBR). Among these, GBR is documented to have the widest field of indication in terms of defect morphology. The essence of GBR is to maintain a secluded space under a barrier membrane preventing epithelial soft tissue migration to stabilize blood clot formation with any particulate auto- or xenografts. Recently, a new generation of non-resorbable polytetrafluoroethylene (high-density PTFE) has been introduced. This membrane is characterized by improved tissue compatibility and resistance against postoperative infections in case of membrane exposure compared to ePTFE and nPTFE. Furthermore, the first data for a novel resorbable synthetic magnesium membrane will be shown. Magnesium is a highly biocompatible metal that exhibits excellent mechanical properties together with a positive effect on osteoblast activity and antibacterial effects.
In this lecture, the first results in GBR procedures for both membranes will be addressed, highlighting the benefits and handling properties of the novel materials.
Dr. Orcan Yüksel
- Studied dentistry at Johann Wolfgang Goethe University in Frankfurt am Main and Istanbul University, graduated in 1987
- Subsequently obtained his doctoral degree
- Since 1993 owns dental clinic in Frankfurt, specialized in Dental Aesthetics and Oral Implantology
- Since 10 year owns an Educational Centre for Implantology and adhesive dentistry
- Is a certified Implantologist and Implantological Trainer by the European Association of Dental Implantologists (BDIZ/EDI)
- Is a member of the editorial team of the Turkish Quintessence edition
- Since 1997 has held numerous international presentations and publications on dental implantology and aesthetics
- Belongs to the exclusive group of international lecturers “Omega Group”
- Gives lectures in Curriculum program of Oral Implantology at Frankfurt University
The Bone Ring Technique can be performed using prefabricated bone rings of processed allogenic donor bone. The ‘allograft Bone Ring Technique’ allows bone augmentation and implantation in a one-stage procedure like the classical bone ring technique but eliminates the need for bone harvesting. As a result, allogenic bone rings reduce pain, risk of infection, morbidity, and surgical time significantly. After five years of clinical experience the Bone Ring Technique with allografts shows good results for both, vertical and horizontal augmentation and excellent new bone formation. Results of biopsies taken after six months as well as clinical outcomes will be discussed in the presentation. The workshop will show a step-by-step protocol and tips for the surgical procedure in different clinical indications. Important factors for treatment outcomes such as suture techniques, flap mobilization and tension-free wound closure will be demonstrated. The simplification of the surgical treatment of three-dimensional bone defects is now possible with this recommended technique. The lecture focuses on recent clinical and animal studies with autologous and allogenic bone rings and long-term clinical outcomes.
3-dimensional bone defects can be treated in a one-step protocol using the Bone Ring Technique. If the recommended treatment protocol is followed and risky anatomical regions are respected, bone grafting and implant placement using the Bone Ring Technique can be performed safely. Possible donor sites for the Bone Ring Technique include, in addition to the chin, the palatal bone and the retromolar region. Crucial elements of successful soft tissue management following extensive bone augmentation are a correct flap design and a tension-free closure of the flap. Participants will have the chance to see the long-term clinical outcomes of prefabricated allogenic and autogenous bone rings.
Prof. Dr. Giovanni Zucchelli
- Doctor in Dentistry
- Professor of Periodontology at the University of Bologna
- PhD in Medical Biotechnology applied to Dentistry
- Active member of Italian Society of Osseointegration, Italian Society of Periodontology, European Federation of Periodontology and American Academy of Periodontology
- Member of the Editorial Board of the European Journal of Aesthetic Dentistry and International Journal of Periodontics and Restorative Dentistry
- Winner of scientific prizes for his research in periodontology in Italy, USA and Europe
- Author of more than 100 scientific publications in the field of periodontology
- Co-author of an atlas text book on soft tissue plastic surgery (Ed. Martina) and of the chapter “Mucogingival therapy – periodontal plastic surgery” in the Jan Lindhe text-book “Clinical Periodontology and Implant Dentistry”, 5th edition – (Ed. Wiley-Blackwell)
- Author of a book on esthetic mucogingival surgery (Quintessence)
The treatment of gingival recessions has become an important therapeutic issue due to the increasing number of cosmetic requests from patients.
The goal of mucogingival procedures is to obtain complete root coverage, up to the cementoenamel junction, along with an increase of soft tissue thickness to maintain the result in the long-term, reducing the risk of recession recurrence. The use of a coronally advanced flap in conjunction with a collagen matrix avoids the need for autograft harvesting, thus reducing patient morbidity and discomfort. The collagen matrix will support blood clot stabilization by serving as a scaffold for ingrowing blood vessels and fibroblasts; within a few months, the matrix will be completely degraded and the blood clot will be gradually transformed into new connective tissue, which will be responsible for the increase in soft tissue thickness. This represents a key aspect of the long-term success of root coverage.
The use of a promising porcine acellular dermal matrix for recession coverage as well as its long-term clinical outcome will also be described.