/ Seoul Sejong University

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1 / Seoul Sejong University

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3 CONTENTS Symposium Chairmen & Speakers Symposium Schedule Dentist Section ~ 17 Contents 3

4 Symposium Chairmen Dr. Dong - Keun Lee Prof. Joon - Bong Park Prof. Young Ku Prof. Jung - Suk Han Symposium Speakers Dr. Yasushi Nakajima Dr. Yukihisa Takahashi Dr. Chang - Joon Yim Dr. Byung - Do Ham Dr. Young - Ku Heo Prof. Young - Joon Lim Prof. June - Sung Shim Dr. Nam- Yoon Kim Dr. Jong - Yub Kim Prof. Jung - Chul Park Dr. Chong - Hwa Kim 4 Symposium Chairmen & Speakers

5 Symposium Schedule Dentist Section Session I: Cutting Edge of Innovation Dr. Dong-Keun Lee 08:40-09:20 Neobiotech System Bringing Innovation to Clinical Practice Dr. Yukihisa Takahashi 09:20-10:10 Another New Wave: Neobiotech Inventions of 2015 Dr. Young - Ku Heo 10:10-10:50 Flapless Surgery with NeoGuide & Neo Digital Technology Dr. Chang - Joon Yim 10:50-11:10 Coffee Break Session II : Cutting Edge of Implants Prof. Young Ku 11:10-12:00 8 Year Clinical Results of CMI Implants & What s Next? Dr. Young-Ku Heo Dr. Chong-Hwa Kim 12:00-12:40 Results of AnyTime Loading in The Posterior Maxilla Prof. Young-Joon Lim 12:40-14:00 Lunch & NeoGuide Video Case Presentation Immediate Loading with NeoGuide Dr. Jong - Yub Kim Dr. Nam - Yoon Kim Session III : Cutting Edge of Managing Peri-implantitis & Bone Augmentation Prof. Joon Bong Park 14:00-14:50 How to Prevent and Solve Unpredictable Implant Complications Dr. Byung - Do Ham 14:50-15:30 Prevention and Treatment for Peri-implantitis Dr. Yasushi Nakajima 15:30-16:10 New Approach for Lateral / Vertical Bone Augmentation & GBR Prof. Jung - Chul Park 16:10-16:30 Coffee Break Session IV : Cutting Edge of Digital Dentistry Prof. Jung-Suk Han 16:30-17:10 Chairside Milling Machine, The Future of Dentistry Prof. June - Sung Shim 17:10-18:00 AnyTime Loading with Neo Digital Technology Dr. Jong - Yub Kim Symposium Schedule 5

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7 Dr.Yukihisa Takahashi DDS, MSD, PhD - Undergraduate Degree in Dentistry; Nippon Dental University at Tokyo - ITI Scholar 2002; Department of Prosthodontics (under prof.thomas D Taylor), University of Connecticut Health Center in USA; (2002~2003) - President of Art of Oral Science (AOS) Japan, Study club(2006) - Vice director of Center of Implant Dentistry Japan (under Dr.Hideaki Katsuyama; ITI section Japan)(2003~2008) - Adjunctive Assistant Professor of Department of Oral and Maxillofacial Implant, Kyung Hee University in Korea(2010) Session I : Cutting Edge of Innovation Neobiotech System - Bringing Innovation to Clinical Practice 08:40-09:20 In recent oral implantology, important key words have always guided us to the latest scientific trends. Bone graft, GBR, Sinus floor elevation, socket preservation, immediate implant placement, computer guided surgery, overdentures, implant surface characteristics, platform switching and peri-implantitis are the key words chosen by Thomson Reuters, the company that invented journal impact factor in the 60s. It must be noted that all these key words apply to the products developed and marketed by Neo Biotech, which tells us how advanced and innovative Neo Biotech solutions are. Implant practice in my clinic has experienced significant changes for the past 5 years since the introduction of Neo Biotech products. FR kit for implant removal, SCA and SLA kit for sinus augmentation, ACM for autogenous bone harvesting, citi-membrane for bone augmentation, i-brush and R-brush for surgical approach to periimplantitis, gingi-blush for implant maintenance are all MUST for me today. CMI implant system ensures excellent primary stability and makes immediate implant placement reliable and simple. Availability of various types and sizes of fixtures facilitates implant placements even in very difficult environment. Use of CMI implant system has greatly improved treatment results in my clinic. In this presentation, I d like to demonstrate how Neo Biotech s advanced technology and product portfolio covering every area of implantology are contributing to the improved treatment results and patient satisfaction in my practice. Dentist Section 7

8 Dr. Young-Ku Heo DDS, MSD, PhD Dr. Heo received his DDS from DanKook University Dental School, Korea, and completed his advanced graduate study in prosthodontics and received his degree of Master of Science at the Boston University, School of Dental Medicine. He was a full-time Professor at Catholic University, Medical School, Department of Dentistry, Seoul Korea, and received his Ph.D degree at the same school. He has been an Adjunct Assistant Clinical Professor at Center for Implantology, Boston University, and Adjunct Associate Clinical Professor at DanKook University. Dr. Heo has lectured intensively on dental implants worldwide and has developed numerous innovative devices such as sinus crestal and lateral approach kits, fixture remover, screw remover, customized titanium membrane, autogenous chip bone maker, tools for treating implant complications, etc. He maintains a private practice limited to prosthodontics, implantology and esthetic dentistry in Seoul Korea. He is also the CEO of Neobiotech Co., Ltd. Session I : Cutting Edge of Innovation Another New Wave: Neobiotech Inventions of :20-10:10 What drives Neobiotech s endless creation and change? Throughout the years, Neobiotech s ongoing effort to develop new protocols and surgical instruments has been remarkable. Advanced implant treatments as the sinus lifting, GBR, and implant complications have become more accessible and promising ever since the introduction of the SCA & SLA kits, Customized Ti mesh(cti-mem) & ACM, and Fixture Remover(FR) kit respectively; history of implant dentistry has been the march of progress. Above all, our unique implant design and drilling protocols that enable strong and stable fixation, wherever possible, have proved their long-term success in early loading and immediate loading... and moreover, AnyTime LoadingTM. To provide the fastest and safest implant to patients is the founding principle of Neobiotech and what we are constantly in search of. Now, what are the new concepts and new products of the year? This lecture will take a major step forward to further challenge the limitations of bone augmentation. Additionally, I will introduce our self-developed Chairside Milling Machine and the latest model of the NeoGuideTM system, using its specialized software, scanner, CBCT, etc., along with their clinical applications in immediate restoration. 8 Dentist Section

9 Dr. Chang-Joon Yim DDS, Ph.D., ENE Dental Clinic Dr. Chang-Joon Yim finished his clinical specialty of Oral Surgery in 1983 and received the degree of Ph.D in 1988 at the Seoul National University, School of Dental Medicine. He has served as a full-time Assistant Professor at the Wonkwang University School of Dentistry from 1986 to 1990, and as a full-time Professor at the Dankook University School of Dentistry from 1990 to He experienced IAEA fellowship at the MGH bone bank, Harvard University School of Medicine in 1993, and worked as a clinical fellow and carried out National Strategic Research Fund for oral & maxillofacial reconstruction, in Miami Univ. School of Medicine from 1995 to He has published and lectured on bone banking, tissue engineering, and implant dentistry in Korea as well as in other parts of the world including Asia, Europe, America and Latin America. Since 1988, he maintains a private practice as a Director of ENE Dental Hospital in Seoul, Korea. He is Associate Clinical Professor of Oral and Maxillofacial Department, Seoul National University School of Dentistry since 2005 and President of Korean Association of Tissue Banks during 2015 to He has served as the President of Korean Academy Of Maxillofacial Implantology as well as the President of Korean Academy Esthetic Dentistry. Session I : Cutting Edge of Innovation Flapless Surgery with NeoGuide & Neo Digital Technology 10:10-10:50 Implant surgery has evolved to facilitate safe and minimally invasive procedures, the gold standard of surgical trend today. While flapless implant surgery may be clinically beneficial, it has generally been perceived as a blind procedure limited to straightforward cases that do not pose a risk of surgical complication. The objective of this presentation is to describe a protocol for flapless implant placement in a variety of edentulous cases using NeoGuide surgical splint (NeoGuide), which take use of Neo Digital Technology using Trioss intraoral scanner. The NeoGuide provides the highly accurate intraoperative flapless navigation surgery. The highly accurate intraoperative navigation enables precise transfer of the detailed presurgical implant treatment plan to the patient. This is valuable both in restoring totally and partially edentulous multiple-teeth cases as well as in restoring single-tooth cases. The accurate positioning of the implants, based on the presurgical digital plan, allows fabrication of a provisional fixed prosthesis before the implant surgery for immediate postoperative loading. In cases lacking in volume of bone such as huge alveolar bone defects or highly pneumatized maxillay sinus, GBR or maxillay sinus grafts were performed previously. This innovative protocol can enhance safe placement of dental implants and enables immediate postoperative loading. Dentist Section 9

10 Dr. Young-Ku Heo DDS, MSD, PhD Dr. Heo received his DDS from DanKook University Dental School, Korea, and completed his advanced graduate study in prosthodontics and received his degree of Master of Science at the Boston University, School of Dental Medicine. He was a full-time Professor at Catholic University, Medical School, Department of Dentistry, Seoul Korea, and received his Ph.D degree at the same school. He has been an Adjunct Assistant Clinical Professor at Center for Implantology, Boston University, and Adjunct Associate Clinical Professor at DanKook University. Dr. Heo has lectured intensively on dental implants worldwide and has developed numerous innovative devices such as sinus crestal and lateral approach kits, fixture remover, screw remover, customized titanium membrane, autogenous chip bone maker, tools for treating implant complications, etc. He maintains a private practice limited to prosthodontics, implantology and esthetic dentistry in Seoul Korea. He is also the CEO of Neobiotech Co., Ltd. Session II : Cutting Edge of Implants 8 Year Clinical Results of CMI Implants & What s Next? Neobiotech pursues an implant that is easy to place wherever, non-technique sensitive during placement, ideal in initial fixation (at least to be non-submerged) for early loading or immediate loading with minimal bone loss and 98% long-term success rate. First named as SinusQuickTM, the CMITM implant, for 8 years, have maintained the unique implant design and the special drilling protocol of CMI Fixation, and developed a hypothesis of the so-called AnyTime Loading and tried to clinically prove its consistency. This lecture will thoroughly analyze the pros and cons of the CMI implant design, differentiate between the concepts of AnyTime Loading and conventional/early/ immediate loading, suggest a drilling protocol of CMI fixation following the implant design and bone density, and discuss the clinical application of AnyTime Loading by eliminating the stability dip. These will be supported by the statistics of the 8 year long-term clinical results; scientific bases will go under an extensive clinical evaluation. At closing, I will explain my own interpretation of the future of implant dentistry on the basis of my 25 years of implant experience. 11:10-12:00 10 Dentist Section

11 Dr. Chong-Hwa Kim - D.D.S., School of Dentistry, University of Michigan - M.S., Department of Prosthodontics, University of Minnesota - Fellow, International College of Dentists - Co-Director, Global Academy of Osseointegration - Secretary, Korean Academy of Esthetic Dentistry - Private Practice, Seoul, Korea Session II : Cutting Edge of Implants 8 Year Clinical Results of CMI Implants & What s Next? Neobiotech pursues an implant that is easy to place wherever, non-technique sensitive during placement, ideal in initial fixation (at least to be non-submerged) for early loading or immediate loading with minimal bone loss and 98% long-term success rate. First named as SinusQuickTM, the CMITM implant, for 8 years, have maintained the unique implant design and the special drilling protocol of CMI Fixation, and developed a hypothesis of the so-called AnyTime Loading and tried to clinically prove its consistency. This lecture will thoroughly analyze the pros and cons of the CMI implant design, differentiate between the concepts of AnyTime Loading and conventional/early/ immediate loading, suggest a drilling protocol of CMI fixation following the implant design and bone density, and discuss the clinical application of AnyTime Loading by eliminating the stability dip. These will be supported by the statistics of the 8 year long-term clinical results; scientific bases will go under an extensive clinical evaluation. At closing, I will explain my own interpretation of the future of implant dentistry on the basis of my 25 years of implant experience. 11:10-12:00 Dentist Section 11

12 Prof. Young-Joon Lim - DDS, Dankook University Dental School, Korea - MSD, Indiana State University School of Dentistry, USA - PhD, graduate school of dentistry, Seoul National University - Professor, Graduate school of dentistry, Seoul National University of Dentistry - Section Chief, Department of Prosthodontics, Seoul National University Dental Hospital - Head professor, Department of Prosthodontics, Seoul National University Dental school of Dentistry Session II : Cutting Edge of Implants Results of AnyTime Loading in The Posterior Maxilla 12:00-12:40 In this lecture, clinical result of the study researching success rate of Korean dental tapered implant (Neobiotech, CMI IS-II active) which was placed in the posterior maxillary region, and early-loaded 4 weeks after implant insertion. The study also compared and evaluated efficiency, and function of this product with the other implant of foreign well-known company. (Straumman, SLActive Bone level Implant) will be discussed. This is to get objective research data of Neobiotech implant developed by own national technology in comparison with the foreign implant leading the world dental implant market, and to prove superiority or inferiority of Neobiotech implant with providing the comparative clinical result for international market advance as well as domestic market. Furthermore, purpose of the study is to create economic effect reducing patient s time charge, and financial charge by Early Loading in Korea whose patient s demand for dental implant treatment is increasing rapidly due to aging society. It is also to establish standard treatment guideline for Early Loading of Neobiotech CMI IS-II active implant. 12 Dentist Section

13 Dr. Byung-Do Ham PhD, Seoul National University School of Dentistry Adjunct Professor of Seoul National University School of Dentistry Adjunct Professor of Korea University School of Medicine Adjunct Professor of Ewha Womans University School of Medicine Founder and Director, Institute of Periodontics and Implant Dentistry Director of Kainos Dental Clinic Session III : Cutting Edge of Managing Peri-implantitis & Bone Augmentation How to Prevent and Solve Unpredictable Implant Complications 14:00-14:50 For the last two years in Neobiotech Symposium, the theme, complications in implant dentistry has been introduced in detail and intensively discussed. In Neobiotech Symposium 2013, the topic, soft tissue management for complicated defects around anterior implants was introduced. Through the presentation, sequential results and clinical solutions of soft tissue augmentation procedures (free soft tissue graft and pedicle soft tissue graft) were discussed in cases to correct an unnaturally-looking profile around anterior implants. In Neobiotech Symposium 2014, 20 years follow up clinical cases of non-surgical and surgical intervention for peri-implant mucositis and peri-implantitis were reported. With the introduction of devices and instruments by Neobiotech Company the consensus concept of periodontology was presented like the followings; (1) subgingival debridement for peri-implant mucositis, (2) open flap debridement for peri-implantitis. In Neobiotech Symposium 2015, interrelationship of implant complications and unpredictable healing of extraction sockets will be introduced. It will be harder to understand, but attendants will get to know somewhat unknown fields of implant complications through this presentation. In this presentation special concerns and solutions of extraction sockets are going to be suggested to prevent any unpredictable implant complication happening after tooth extraction and long-term results of anterior implants and clinical guidelines to raise esthetic level of anterior implants will be added. Dentist Section 13

14 Dr. Yasushi Nakajima 1990 Graduation at Osaka dental university 1990 Tsurumi university school of dental medicine 1st department of oral and maxillo-facial surgery : clinical fellow 1992 Harvard school of dental medicine department of periodontology : visiting research fellow 1994 Bern university department of oral surgery : visiting research fellow 1995 Abo dental clinic : clinical doctor 1998 Nakajima dental clinic : director 2000 Fukuoka dental college department of oral implantology : research fellow 2001 Ph.D degree at Tsurumi university school of dental medicine 2004 ITI fellow 2006 Visiting adjunct professor in Kyung hee University Session III : Cutting Edge of Managing Peri-implantitis & Bone Augmentation Prevention and Treatment for Peri-implantitis 14:50-15:30 There are many factors that need to be considered during implant treatment planning such as three-dimensional implant position, implant proximity, design and cleaning ability of the prosthesis. Improper implant treatment planning may result in biological complications such as insufficient keratinized mucosa and bone volume loss at the implant recipient site. On the other hand, peri-implantitis can be also caused by the plaque accumulation around peri-implant soft tissue and actually has become one of the most frequent problems after implant placement. The peri-implantitis can be prevented by a proper patient s oral hygiene as well as regular interval of maintenance. Healthy peri-implant condition can be confirmed by a monitoring based on probing around peri-implant soft tissue. Especially, the bleeding on probing is most important key factor to detect peri-implant disease. The treatment of peri-implantitis can be performed as plaque control in terms of enhancement of oral hygiene, non-surgical approach and surgical approach. Therefore, the clinical steps to prevent and treat the peri-implant disease will be presented during this lecture. 14 Dentist Section

15 Prof. Jung-Chul Park -Graduated from Yonsei University College of Dentistry, Korea -Periodontology Dental training at Yonsei University College Hospital -PhD, Yonsei University College of Dentistry, Korea -Internship and residents at Yonsei University Dental Hospital -Assistant Professor of Clinical Research, Yonsei University College Hospital -UK UCL Eastman Dental Institute Honorary Lecturer -Assistant Professor of Periodontology, Dankook University of Dentistry, Korea Session III : Cutting Edge of Managing Peri-implantitis & Bone Augmentation New Approach for Lateral / Vertical Bone Augmentation & GBR Periodontal regeneration using guided tissue regeneration (GTR) has led to guided bone regeneration (GBR) and now the clinicians can perform vertical augmentation or sinus floor lift as well as lateral augmentation with more confidence and better prognosis. Along the 30 years of GBR, the development of various techniques and biomaterials has driven the revolution of GBR. Meanwhile, the biological understanding and the related techniques are no more different than those from 30 years ago. 15:30-16:10 In this lecture, various GBR tools will be briefly covered to look back where we stand now, and the future techniques with potentials will be introduced. Also, clinical techniques which are required to overcome the complications from the GBR procedures will be introduced, and biological concepts required to minimize the complications will be emphasized. Dentist Section 15

16 Prof. June-Sung Shim DDS PhD - Graduated from Yonsei University College of Dentistry, Korea - Completion of Dental Prosthodontics Specialist at Yonsei University College Hospital - PhD, The University of Manchester - Professor of Yonsei University College of Dentistry Head Professor of Dental prosthetics Clinical Director of Dental Prosthetics University Hospital Dental Laboratory chief - Planning Director of Korean Academy of Digitalized Dentistry - Vice-Chairman of The Korean Academy of Oral & Maxillofacial Implantology - Director of The Korean Academy of Prosthodontics - Residency Training Director of Korean Dental Hospital Association Session IV : Cutting Edge of Digital Dentistry Chairside Milling Machine, The Future of Dentistry 16:30-17:10 The practical use of Digital Technology shows its true worth especially in dental prostheses treatments. CAD technology makes communication smarter between the clinics and labs in prosthetics procedure, fabrication of prosthetics using milling or prospective printing technique shows consistency and reproducibility which scientific results are difficult to get from traditional technique. I have been using CAD CAM system for 10 years in my clinic, but improvement and supply of equipment and material in the recent years are making absolutely amazing results. I would like to share presently upgraded experience all together in our society. Improvement and optimization of equipment facilitating In-Office milling bring overachieve effect for enhancement of efficiency. Not only the advantage for unnecessariness of external facility simply, but also control of occlusion planning and all supporting technique controlled by the technician actively became possible, so it caused improvement in efficiency of all clinics, and experience of patient. The present is supposed to be the timing that related technology is generalized, and possibility of solution customized individual clinic should be choice criteria. I look forward to sharing the experience of process about digital technology getting settled from university hospital which has various understanding and experience about various technologies. 16 Dentist Section

17 Dr. Jong-Yub Kim Graduated from DanKook University, Dental School Clinical training, Oral & Maxillofacial Surgery, DanKook University Regidency, Postdoctoral Prosthodontics, Boston University, Goldman School of Dental Medicine Clinical Faculty, Postdoctoral Prosthodontics and Implantology, Boston University Adjunct Professor, Dankook University, Dental School Adjunct Professor, Ehwa women s University, Medical School Adjunct Professor, Catholic University, Medical School Adjunct Professor, Korea University, Medical School Private Practice (Seoul, Korea) - SMart Dental Session IV : Cutting Edge of Digital Dentistry AnyTime Loading with Neo Digital Technology 17:10-18:00 For many years, Neobiotech has been attempting AnyTime Loading with Neobiotech CMI implant, which can be applied not only to the immediate loading using Active placement that is placing an implant by preventing the pressure in the cortical bone, and pressing the inner cancellous bone densely, but also to early loading, moreover, the operator may load whenever he wants, and thanks to the remarkable development of implant design, surface, and the surgical instruments, it has been proved successful. Conditions that enhance initial stability, and induce biological bone formation with excellent surfaces without decreasing the fixation has been approved in many clinical cases. Since early 2000s, implant CT based guide template placement method which is used to determine the depth and path for the implant placement by merging CT data and the contour of soft tissue (intraoral digital scanning, or model scan) as well as one of the methods tried in static navigation implant placement has been consistently developed, moreover, recently we have reached a stage that can combine the prosthesis with abutment design using the guide designing software. Fabrication and use of surgical guide by using accurate CAD/CAM milling machine, intraoral digital scanner, and CT data will enable to prepare the tools needed for the placement as well as a variety of restoration fabrications such as temporary or final prostheses, and when early loading, or AnyTime loading while placing the implant is possible, the prepared prostheses may be delivered to the patient s mouth immediately or after a short period of time to recover the function. In this lecture, paradigm shift in future implant treatment including clinical cases of immediate or early loading right after the surgery using Neo Digital technology and preparing the prosthesis in advance as its form is determined in diagnostic process through Neo Guide and Neo Guide surgical kit will be discussed. Dentist Section 17

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