The ImplantoDays educational platform aims to increase the skills of dentists through their direct interaction with opinion leaders, with experienced practitioners, as well as interacting with new orientations, procedures and techniques in oral implantology.
ImplantoDays Congress is a major annual event that focuses on oral implantology and all its novelties, through the presence and presentations of some of the most known international lecturers. In 2019, at its sixth edition, the ImplantoDays International Congress challenges the audience with world top names in implantology, lecturers from USA, Germany, Ukraine, Chile, Austria, Spain, Italy, Lithuania and of course Romania.
Specialized in dental implantology and bone and soft tissues reconstruction, Dr. Sascha Jovanovic is considered one of the founders of guided bone regeneration (GBR).
International lecturer with impressive experience, Dr. Sascha Jovanovic is also a practitioner with remarkable results.
Sign up now for ImplantoDays Congress and you can watch him in a special presentation!
Dr Nazariy Mykhaylyuk , Ucraina
Dr. Orlando Alvarez, Chile
▸ EAO consensus comission says about guided surgery " .. There is currently insufficient data available to evaluate all factors involved in a digital workflow. We are in the midst of a ‘hybrid phase’, where digital and conventional procedures are often combined ..." in this lecture you will know and learn some factors that are involved in this workflow and how to avoid mistakes and unnecessary risk protocols.
Dr. Roland Torok, Germania
▸ Success rate of dental implant therapy shows constant rise over the last decade. Cases that were once considered difficult are nowadays managed much more easily with significantly better results. Reasons for this are mayor technological advancements in the field of dental implant macro and micro design, evolution of diagnostic procedures and techniques and also improvement of existing and development of new surgical protocols, especially those involving soft and hard tissue augmentation procedures and materials – without which modern prosthetic restoration driven implantology would not be possible.
▸ There are many augmentation protocols and techniques in use today, but local autologuous bone block graft remains the golden standard and technique of choice for many clinicians, especially when both horizontal and vertical bone augmentation is needed. Even though the method itself is very technique sensitive and requires an experienced practician, it shows excellent results and it is relatively inexpensive for both the patient and the surgeon as well. Main disadvantages are limited graft quantity that can be harvested from local donor sites, possibility of significant graft loss due to resorption and, in some cases, inadequate integration of the graft at recipient region. Also, patient acceptance rate is relatively low - mainly due to more extensive surgical procedure, secondary surgical wound, longer patient recovery time and longer total treatment duration.
▸ The author will present a novel bone augmentation protocol, with results very similar to those that can be achieved by autologuous bone block grafts. Besides, the presented SGFBR technique and TSGBR are much simpler, less invasive, more predictable, with fast results leading to shorter treatment time.
Dr. Pietro Felice, Italia
▸ The rehabilitation of the partially edentulous posterior mandible is a common clinical problem. The ideal solution would be an implant-supported fixed prosthesis. The main obstacle associated
with this treatment option is the lack of sufficient bone height. As a consequence the ideal
approach would be to augment bone vertically in a predictable and successful way.
A possible
approach is to use an interpositional bone graft. Horizontal osteotomy with the interposition of
bone in the form of a “sandwich” involves raising a coronal osteotomised segment of the
mandible, which is still attached to the lingual periosteum, and interpositioning of a bone block
graft.
▸ This technique offers the advantage of guaranteeing a greater vascular supply, coming from
the lingual periosteum and from the residual bone, to the inlay graft; it also allows optimum use
of the native basal bone, which should be less prone to resorption. Frequently, the interpositional
technique was associated with autologous bone harvesting which involves discomfort and postsurgical
morbidity, however data suggest that heterologous bone blocks in the inlay technique
are similar in results to autogenous bone blocks.
▸ The use of heterologous bone blocks allows
avoiding grafting from the iliac crest related with significant patient discomfort, postoperative
morbidity and complications. Hence, the interpositional technique in the posterior atrophic
mandible rehabilitation can be considered a reliable solution that allows an increase in bone
height sufficient for implant placement quite stable over time avoiding for autogenous bone
harvesting.
Dr. Tomas Linkevicius, Lituania
Dr. Homa Zadeh, SUA
▸ Description:
Soft tissue deficiencies around teeth and implants are often first noted, because they compromise esthetics. However, soft tissue deficiencies are also associated with progressive periodontal and peri-implant attachment loss. Periodontal plastic surgery has flourished as an approach to address periodontal soft tissue deficiencies that pose esthetic and functional concerns. Similarly, peri-implant soft tissue regeneration is often necessitated for enhancement of esthetic and functional stability of peri-implant tissues.
One of the major objectives of periodontal and peri-implant plastic surgery is to treat gingival/mucosal recession defects, through an array of classic and novel approaches. This presentation will review the risk factors that influence disease progression and predict therapeutic outcomes. The rationale, scientific evidence and material selection for various therapeutic approaches will be discussed. The Vestibular Incision Subperiosteal Tunnel Access (VISTA) will be introduced as a predictable technique for periodontal and peri-implant soft tissue regeneration.
Upon completion of this course and hands-on workshop, participants will have gained knowledge and practical experience with:
Dr. Angelo Troedhan, Austria
▸ Depicting the individual patient´s anatomy only in two dimensions bears high risks of unpleasant “surprises” during surgical execution and possible failure of the planned treatment. The digital workflow based on 3D-imaging prevents possible failure already in the planning phase of the treatment. Furthermore, most recent CBCT-devices even allow a precise determination of the individual patient´s bone quality to determine how many implants will be needed and if immediate loading might be possible in each individual case.
▸ In the surgical execution of the planned treatment mills, drills, burs and low-frequency oscillating saws were the only tools for bone-cutting for a long time and their use rarely questioned on their biological and physiological impact on bone-healing and osseointegration, especially when compared now with new minimal invasive and atraumatic surgical tools and protocols such as ultrasonic Piezotomes, which proved to significantly enhance bone-healing and reduce intra- and post-surgical morbidity.
▸ The lecture will provide a short basic revision of current knowledge of bone-healing, bone-regeneration, osseointegration and radiographic anatomy followed by a detailed comparison of 2D versus 3D treatment-planning and of the physical and biologic impact when drills and the new Gold-Standard Piezotomes are used in bone-augmentation procedures and implantology. Minimal invasive and safe surgical techniques such as Piezotome-ridge-preservation, Piezotome-crest-splitting and ultrasonic transcrestal sinuslifting will be highlighted.
Td. Cristian Petri, România
▸ În ultimii ani dezideratul tuturor este de a realiza restaurari dentare în modul full digital iar tehnologia și noile materiale ne oferă o multitudine de instrumente pe care trebuie să știm sa le folosim astfel încat să obținem cele mai bune rezultate. Asta nu înseamnă neaparat că dacă avem un scaner intraoral sau un CAD/CAM, restaurarile dentare se realizează “ singure “. Trebuie să știm cum funcționează această tehnologie și cum o putem combina cu tehnica analogică astfel încat rezultatele sa fie optime, aici referindu-mă la câteva lucruri de bază, cum ar fi cunoștiințe despre morfologia dinților pentru a obține o estetică care să imite naturalul cât și cunostiinte temeinice de ocluzologie pentru realizarea funcției. Desigur, pe langă aceste cunostințe de bază este nevoie de competențe în domeniul IT fără de care nu am putea să folosim tehnologia digitală.
▸ Dotarea laboratorului și a cabinetului dentar cu aparatură digitală aduce un plus de valoare și eficiență în execuție. Cu ajutorul acestor tehnologii avem posibilitatea de a obține aceași calitate constantă și reproductibililă de fiecare dată, de obicei într-un interval de timp mult mai scurt dar exista o multitudine de erori care pot aparea și pe care trebuie să știm sa le gestionăm.
▸ Desigur, atât în cazul unor reabilitari implantare simple cât și în cazul reabilitarilor complexe pe implanturi, succesul constă în urmarirea și aplicarea unor protocoale de lucru foarte specifice fară de care nu putem obține dezideratele dorite. Aici mă refer la modele de studiu, wax-up, transferul în cavitatea bucală, test-drive și validarea de catre pacient a planului protetic propus. Înseamnă că medicul și tehnicianul dentar trebuie să cunoască fiecare etapă de execuție fie ea digitală sau analogică.
▸ Erorile de comunicare sunt un alt factor care pot să intervină în succesul realizarii acestor reabilitari chiar dacă ne folosim de cele mai performante tehnologii.
▸ După validarea planului protetic este alegerea noastră și ține numai de noi cum reușim și cât de bine putem să realizăm aceste restaurari dentare. Succesul depinde de simbioza și comunicarea dintre membrii echipei, de dotările de care dispunem dar și de know-how-ul nostru.
Dr. Mihnea Cafadaru, România
Dr. Sascha Jovanovic, SUA
Dr. Sascha Jovanovic, SUA
Dr. Oscar Gonzalez, Spania
Dr. Frank Zastrow, Germania
▸ In many cases bone augmentation is necessary before implants can be inserted. Additionally, the soft tissue management can be a decisive factor for the implant success. In all cases the “Goldstandard” of using autologous bone is in competition with the use of Bone Graft Material products.
▸ Clear guidelines for the use of autogenous bone harvesting and augmentation techniques in order to achieve predicable results will be provided as well as reliable techniques in complication treatment.
Dr. Homa H. Zadeh
Periodontal plastic and peri-implant plastic surgery can address gingival recession and peri-implant mucosal deficiencies that pose esthetic and functional concerns. This presentation and hands-on workshop will provide detailed protocol to achieve predictable augmentation of periodontal and peri-implant mucosal tissues. In particular, Vestibular Incision Subperiosteal Tunnel Access (VISTA) will be introduced as a highly predictable technique for periodontal and peri-implant soft tissue regeneration.
Upon completion of this course and hands-on workshop, participants will have gained knowledge and practical experience with:
599 €
13 March – 14 April
649 €
15 April – 12 May
749 €
13 May – 12 June
*25 available places
Dr. Angelo Troedhan
Mills, drills, burs and low-frequency oscillating saws were the only tools for bone-cutting for a long time and their use rarely questioned on their biological and physiological effects on bone-healing and osseointegration, especially when compared now with new technologies such as Piezotomes.
The workshop will start with a short basic revision of current knowledge of bone-healing, bone-regeneration and osseointegration, followed by a detailed comparison of technology and of the physical and biologic impact when drills and piezoelectric devices are used to cut bone.
The major part of the workshop then will be dedicated to the presentation of newly developed minimal invasive piezotome-surgical procedures and their advantages for both the surgeon and patients with video-demonstrations of basic and advanced Piezotome-surgical techniques. Starting with Piezotome-ridge-preservation in tooth extractions for simultaneous implant insertion the participants will then be introduced also to advanced bone-surgical techniques with Piezotomes such as minimal invasive transcrestal ultrasonic sinuslifting, flapless crest-splitting and the subperiostal tunnel-technique.
Most surgical techniques then will be trained ex vivo on specimens as a hands-on.
249 €
13 March – 14 April
299 €
15 April – 12 May
349 €
13 May – 12 June
*20 available places
Dr Diana Pop & Dr Andrei Mostovei
A correct positioning of the implant, which allows an ideal final restoration, is always desirable for clinicians, whether it is a single crown, a one-piece prosthesis attached to the implant, or a surgeon on implants. To achieve a successful outcome, an in-depth analysis of residual crest anatomy and bone density assessment is required. Typically, two-dimensional radiographic images - retro-alveolar and panoramic - were used to view the interested area. Despite the increased resolution of 2D images, the main disadvantage is that the vestibular-lingual width of the alveolar bone cannot be accurately assessed, which can lead to implant positioning errors and a compromised end result. CBCT technology provides a precise assessment of alveolar crest, determining the exact height, width and anatomy of the alveolar crest, as well as the relationship between the edentation and the adjacent anatomical structures (sinuses, nerve etc).
Implant placement can be done easily with 3D CBCT data, and the clinician can also determine if pre-prosthetic surgery, such as bone addition or sinus lift, is required before placing the implant.
All participants will receive a step-by-step approach to 3D implant planning, thus reducing the gap between virtual and clinical dentistry.
25 €
* The attending physicians are asked to bring their personal laptop
** 25 available places
Dr. Mihnea Cafadaru
Acest curs teoretic și practic se adresează atât medicilor începători, cât și celor avansați.
299 €
13 March – 14 April
349 €
15 April – 12 May
399 €
13 May – 12 June
*20 available places
Dr Frank Zastrow
In many cases bone augmentation is necessary before implants can be inserted. Additionally, the soft tissue management can be a decisive factor for the implant success.
In all cases the “Goldstandard” of using autologous bone is in competition with the use of Bone Graft Material products. This course with hands on workshop is addressed to all clinicians, who have already own experience in augmentation and want to learn safe and predictable bone harvesting and augmentation techniques for different clinical situations.
Clear guidelines for the use of augmentative procedures like autogenous bone grafting and advanced soft tissue management in order to achieve predicable results will be provided by the oral surgeon Dr. Frank Zastrow. In the `Simulation` session relevant bone harvesting and augmentation techniques will be simulated and trained on synthetic models.
449 €
13 March – 14 April
499 €
15 April – 12 May
549 €
13 May – 12 June
*25 available places
*ImplantoDays Congress takes place at the Poiana Brasov Recreation Center.
**Educational workshops take place at the Alpin Hotel - Poiana Brasov.
A friday evening, a new challenge for participants! Mega-party!
A night full of taste, color, vibration, rhythm and great spirit! Green spirit!
Mădălina Molea: +40.735.011.784
Email: contact@hotelalpin.ro
Alpin Hotel/night
Alpin Casa/night
Apartament Executive/night
*Rates include breakfast, free access to the pool, sauna, jacuzzi and fitness room.
**The reservation and payment are made directly to the Alpin Hotel.
Gives participants the opportunity to evolve, to be continuously connected with technical and technological novelties in dentistry.
Once a year, at ImplantoDays Congress in Romania, we manage to bring together specialists in implantology, some of the brightest minds and most important dentists around the world, to share their proven experience and to present the latest trends and the most advanced technologies in this industry.