Welcome Message On behalf of the World Implant Orthodontic Association, it is with great joy to congratulate you on the success of the 2 nd WIOC in co

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1 CONTENTS 02 Welcome Message 03 Welcome Message from the President of 2 nd WIOC 04 Congratulatory Words to the Taiwan Association of Orthodontists 06 2 nd WIOC Organizing Committee 08 Advisory Committee Members of WIOA 11 TAO Board of Committee ( ) 13 Major Sponsors 16 General Information 17 Location Map Floor Plan 1 st F 18 Opening Ceremony 19 TAO National Annual Meeting Timetable 20 2 nd WIOC Scientific Program Timetable 22 TAO Oral Presentations 23 TAO Outstanding Junior Doctor/ Investigator Competition 24 WIOC Oral Presentations 25 TAO Poster Presentations 27 WIOC Poster Presentations 30 Invited Papers 75 TAO Oral Presentations 84 TAO Outstanding Junior Doctor/ Investigator Competition 94 WIOC Poster Presentations 103 TAO Poster Presentations 118 WIOC Poster Presentations 138 Exhibition Information

2 Welcome Message On behalf of the World Implant Orthodontic Association, it is with great joy to congratulate you on the success of the 2 nd WIOC in conjunction with the 22 nd Annual meeting of the Taiwan Association of Orthodontists in the beautiful city of Taipei. A decade ago, orthodontists from Taiwan, Japan and Korea who foresaw the significance of bone anchorage came together to discuss the evidence based on research and its clinical applications in the name of the Asian-Pacific Implant Conference (APOC). From its first conference in Korea, the APOC became an annual meeting hosted by the three countries for the last 10 years. With the increasing interest in bone anchorage, we decided to broaden our spectrum worldwide and to share cutting-edge information with the top leading orthodontists in the field. The first World Implant Orthodontic Conference (WIOC) was held in Seoul, Korea in 2008, which I believe initiated a new paradigm for future orthodontics. During the last 10 years, all of us involved in the meeting not only shared the knowledge on bone anchorage but also became good partners in leading contemporary orthodontics. I dearly appreciate the endless dedication and belief of every board member of the member countries. We should be proud of our work and how the WIOC has affected orthodontics worldwide. Lastly, I thank the board members of the Taiwan Association of Orthodontists and the executive members of the WIOA for their efforts to host a successful meeting. Young Chel Park, DDS, Ph.D President of the WIOA

3 Welcome Message from the President of 2 nd WIOC Welcome to the 2 nd World Implant Orthodontic Conference (WIOC)! We are pleased that you were able to join us for what we believe will be an outstanding conference in this beautiful and inspiring city, Taipei. This is not the first time that Taiwan and Taiwan Association of Orthodontists are being hosted international orthodontic conferences, and we are making sure that this is one you can not possibly forget. We guarantee at the same time you will enjoy the hospitality, friendship, and culture of Taiwan. By featuring the conference theme of "World Trends of Anchorage Developments TADs", the dedicated team of organizing committee of the 2 nd WIOC has worked hard to line up the best speakers in the world of orthodontics for a stimulating and outstanding program. We have invited 48 prestigious speakers from 16 countries in Asian Pacific, Middle East Asia, Europe, North America, and South America. The program consists of two days of professional activities including keynote speeches, oral presentations, and poster presentations that will inform on the latest trends in the development of orthodontic temporary anchorage devices, and will bring many opportunities to broaden your spectrum of daily practice in what is not possible today and will likely be possible in coming years. We believe you will find much of value in this conference on how to achieve goals in clinical techniques and academic knowledge in implant orthodontics. In addition to academic and clinical knowledge, however, there are multiple opportunities to receive personal inspiration and expand your sense of fulfillment in every area of life. The 2010 Taipei International Flora Exposition, featuring a theme of "Rivers, Flowers, New Horizons," is set to open in the city of Taipei at the same time during this conference. It is the first such internationally-recognized exposition to take place in Taiwan and the seventh of its kind to take place in Asia. It is our sincere hope that you will be able to enjoy spirit of life, beauty of rivers and flowers, and to explore new horizons at the 2010 Taipei International Flora Exposition. I hope you will join in the many opportunities for fun and relaxation during the conference. All involved in organizing this conference can promise your visit to Taipei and the attendance of the 2 nd WIOC will produce unforgettable memories and pleasant experiences. Eric Liou, DDS, MS President, the nd WIOC Chin-Huei Horng, DDS, MS President, Taiwan Association of Orthodontists

4 Congratulatory Words to the Taiwan Association of Orthodontists As WFO President, and in the name of my Executive Committee, I wish to congratulate Dr. Chin-huei Horng, President of the Taiwan Association of Orthodontists, his Board of Trustees, his meetings organizing committees and all those who helped bring to fruition the magnificent 22 nd Annual TAO National Meeting and the important 2nd World Implant Orthodontic Conference, in Taipei, Taiwan. This achievement highlights how prominent the TAO has recently become in the orthodontic world. The WFO is very proud to have within its organization such a hard working affiliate. I am aware that Taiwan now has 14 institutes/accredited orthodontic programs educating the new generation of orthodontists. The Taiwan Orthodontic Education System is getting stronger as the years go by. The new generations of orthodontists are different from the previous ones in that they do not need to go abroad to the USA, Japan or Europe to learn orthodontics. I sincerely encourage all the TAO members to actively participate in international orthodontic academic activities to increase the standard of orthodontic care, to meet members of other orthodontic Associations/Societies, and to make the future orthodontic world a better one. The WFO supports its affiliates, such as the TAO, in many ways; one is by promoting the meetings they organize. In turn, WFO also needs the support from all its affiliates. Allow me to state the following regarding the WFO. It has specific objectives; among them are to: elevate the standard of orthodontic care around the world, promote scientific research, disseminate orthodontic knowledge, stimulate accreditation and certification, and support bona fide orthodontists. Only those orthodontists who are active members of their affiliates are accepted as WFO members. I encourage all attendee orthodontists at this meeting who are members of a national orthodontic society affiliated with the WFO to become fellows of the WFO. This process is easy, not expensive, and it will help advance the orthodontic specialty throughout the world. The membership application form can be downloaded from WFO's website,

5 As President of the WFO I wish all Taiwan orthodontic colleagues to improve the standard of care they provide to their patients. Thus, I urge you to take advantage of the scientific lectures presented during your Meeting and Conference. The TAO already has established its Orthodontic Board System (TBO). The TBO has a representative in the WFO Committee on National and Regional Orthodontic Boards. With the help of TBO and the other 14 representatives from orthodontic boards around the world, this WFO Committee has developed and published guidelines to aid in setting up national and regional certifying boards (including examination criteria). The WFO will continue to promote these efforts. I wish to encourage each one of you to become certified orthodontists through the Taiwan Board of Orthodontics so that every TAO member can be recognized as a doctor who strives for self-improvement in the quest to become a better orthodontist. The TAO established in July 2009 a program to assist underprivileged children, a project to help mainly orphans so they can receive free orthodontic care. Please accept my congratulations on this achievement. I sincerely wish that all the TAO members will support this project and also the project of the Taiwan Association of Orthodontists Foundation to help the TAO in orthodontic research to meet the challenges of tomorrow's orthodontic world. As President of the WFO, I recognize the contributions that TAO has made to the world of orthodontics; it is a very important affiliate of the WFO. I sincerely hope that the new TAO President, together with the new TAO Board of Trustees, will continue to support the WFO in making the orthodontic world a better one. I wish the TAO great success during the 22nd TAO National Annual Meeting and the 2nd WIOC. To the attendees of these two great meetings, I wish you the best in your future endeavors. Roberto Justus Dr. Roberto Justus WFO President

6 2 nd WIOC Organizing Committee President Dr. Eric Jein-Wein Liou Secretary-General Dr. Johnny Joung-Lin Liaw Consultant Dr. Chia-Tze Kao Consultant Dr. Hsin-Chung Cheng Scientific Program Consultant Dr. John Jin-Jong Lin Scientific Program Consultant Dr. Chih-Peng Su Scientific Program Head Dr. Shou-Hsin Kuang Treasurer Group Head Dr. Li-Hsiang Lin IT Group Head Dr. Shih-Jaw Tsai International Reception Group Head Dr. Yeong-Charng Yen Registration Group Head Dr. Ya-Hui Yang Advertisement Group Head Dr. Cheng-Yi Lin

7 Auditorium Arrangement Group Head Dr. Yu-Jia Liou Trade Exhibition Tourism Group Head Dr. Erh-Hui Tsai Banquet Organizing Group Head Dr. William Ka-Lun Choi Golf Competition Group Head Dr. Chris Hwai-Nan Chang

8 Advisory Committee Members of WIOA Chairman Dr. Young-Chel Park Korea Professor, Orthodontic department, College of Dentistry, Yonsei University Advisory Committee Dr. Birte Melsen Denmark Professor, Department of Orthodontics, Royal Dental College, Aarhus University Dr. Chia Tze Kao Taiwan Professor, Dental Department, Chung Shan Medical University Dr. Ching-Huei Horng Taiwan Private clinic Dr. Cinar Atagun Turkey Professor, Orthodontic department, School of dentistry, Ege University Dr. Dieter Drescher Germany Professor, Director, Westdeutsche Kieferklinik Heinrich-Heine-Universität Düsseldorf Dr. Eugene Roberts USA Professor, Jarabak Professor and Head, Section of Orthodontics, School of Dentistry, Indiana University Dr. Eric JW Liou Taiwan Professor and Program Director, Department of Orthodontics, Chang Gung Memorial Hospital Dr. Eung-Kwon Bae USA Professor, Orthodontic department, UCLA

9 Dr. Flavio Uribe USA Program Director, Division of Orthodontics, Department of Craniofacial Sciences, University of Connecticut Dr. Giuliano Maino Italy Private clinic, Professor, School of Maxillofacial Surgery, University of Parma Dr. Heinrich Wehrbein Germany Professor, Department of orthodontics, School of dentistry, Mainz University Dr. George Anka Japan Private clinic Dr. Glenn Sameshima USA Professor, Division of Craniofacial Therapeutics and Sciences, School of dentistry, University of Southern California Dr. Hideo Suzuki Brazil Professor, Department of Orthodontics, St. Leopold Mandic Research Center Dr. Hsin-Chung Cheng Taiwan Professor, Director of Orthodontic department, Taipei Medical University Hospital Dr. Jang Yeol Lee Korea Private clinic Dr. Joong Ki Lim Korea Private clinic Dr. Junji Sugawara Japan Private clinic Dr. Kee Joon Lee Korea Professor, Orthodontic department, College of Dentistry, Yonsei University Dr. M. Ali Darendeliler Autralia Professor and Chair, Department of orthodontics, school of dentistry, University of Sydney

10 Dr. Mani K. Prakash India Professor, Bombay Hospital & medical research centre Dr. Peter Ngan USA Professor and Chair, Department of Orthodontics, School of Dentistry, West Virginia University Dr. Robert L. Vanarsdall USA Professor, Orthodontic department, School of dentistry, University of Pennsylvania Dr. Somchai Satravaha Thailand President, Tai Association of Orthodontists Dr. Volkan Ozkan Germany Faculty member of Prof. Kopp's Department, Frankfurt University Dr. Samar Al-Hayek Saudi Arabia Professor, College of Dnetistry, King Saud University Dr. Donald J. Ferguson USA Professor & Dean, Nicolas & Asp Postgraduate Institute, Dubai Healthcare City Dr. Jurandir Antonio Barbosa Brazil Professor, Department of Orthodontics, St. Leopold Mandic Research Center Dr. Seung Hyun Kyung Korea Professor, Dept. of Orthodontics, Institute of Oral Health Science, Samsung Medical Center, Sungkyunkwan University Dr. Bai Yuxing China Professor, China capital Univ, Vice president of Chinese Orthodontic Society Dr. Ryuzo Kanomi Japan Private clinic Dr. Tae Kyung Kim Korea Private clinic Secretary of international affairs Dr. Jung Yul Cha Korea Professor, Orthodontic department, College of Dentistry, Yonsei University 10

11 TAO Board of Committee ( ) President Dr. Ching-Huei Horng Vice President Dr. Wei-Yung Hsu Vice President Dr. Johnny Joung-Lin Liaw Chairman of Academic Committee Dr. Eric Jein-Wein Liou Chairman of Treasurer & Finance Committee Dr. Li-Hsiang Lin Chairman of Information Committee Dr. Chih-Chen Chou Chairman of Welfare Committee Dr. John Kuan-Fa Chang Chairman of Orthodontics Promoted Committee Dr. Chen-Lung Lin Chairman of Law Drafts & Amendments Committee Dr. Hung-Cheng Chiu Chairman of Public Relations Committee Dr. Erh-Hui Tsai Chairman of International Affairs Committee Dr. Yeong-Charng Yen Chairman of Publication Committee Dr. Hsin-Yi Lo 11

12 Chairman of Malpractice Affairs Committee Dr. Yu-Kun Chih Member of Board of Directors Dr. Chung-ChenYao Member of Board of Directors Dr. Chun-Liang Kuo Member of Board of Directors Dr. Chen-Feng Cheng Member of Board of Directors Dr. Ching-Ming Su Chief Supervisor Dr. Hsin-Chung Cheng Member of Board of Supervisor Dr. Cheng-Ting Ho Member of Board of Supervisor Dr. Shih-Ping Lu Member of Board of Supervisor Dr. Eddie Hsiang-Hua Lai Member of Board of Supervisor Dr. Shou-Hsin Kuang 12

13 Major Sponsors 13

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16 General Information Intellectual Property Protection Policy Audio- / video-recording or photo-taking during the lectures in the auditorium is strictly prohibited during the conference. The organizing committee has the right to revoke attendee's registration status after repeated reminders. Please, do respect lecturers' intellectual properties. Badge Claim Registration is required during the conference. The organizing committee will issue each attendee a name badge according to his/ her registration status. Attendee will be granted to enter auditorium and/ or trade exhibition hall with the name badge. Badges are color-coded to according to different registration status, which are shown as follows. Doctor Dec.10 Dec Accompany Person 22 nd TAO National Annual Meeting & Pre-2 nd World Implant Orthodontic Conference 2 nd World Implant Orthodontic Conference 2 nd World Implant Orthodontic Conference Date Dec G015 Date Dec G Date Dec Accompanying person Lunch / Refreshments Lunch service is available from 12:30~13:30 at 3 Floor during the conference. A lunch box will be provided upon the use of a lunch coupon, which is enclosed in the name badge. During the coffee breaks, refreshments will be provided in the trade exhibition area (Room 201). Speakers Preview Room Preview Room is allocated in Room 105. This room is open to speakers exclusively, and each speaker may use this room within two hours prior to his/ her lecture time. The open hour for the preview room is from 8:30 to 16:30 daily during the conference. CME Accreditation The organizing committee will issue 39 credits according to the regulation of Depart-ment of Health, Executive Yuan, R.O.C. (Taiwan). Certificate of Attendance A certificate of attendance will be issued upon registration if attendee has pre-registered. For any on-site registration attendee, the certificate of attendance will only be available at the end of the conference. No certificate will be issued after the conference. Cyber Cafe Cyber Cafe is allocated in TICC Cozy Corner with complimentary coffee and Internet connection. Cloakroom Service The cloakroom is next to the international registration desk. It will be open from 8:30 to 17:30 daily during the conference. The organizing committee only provides storage service, and we are not liable to any damage of baggage or goods. 16

17 FUSHIN N. RD. KEELUNG RD. Location Map KEELUNG RIVER FREE WAY DAN SHUI RIVER CHUNGSIAO W. RD. Taipei Airport MINQUAN E. RD. Ambassador MINSHENG E. RD. CHONGCING Hotel N. RD. NANKING E. RD. TUNHUA RD. SONGJIANG N. RD. CHANG-AN E. RD. CHIENKUO N. RD. CIVIC BLVD. CHUNGHSIAO E. RD. Howard Plaza Taipei City Government Hotel Taipei ZHONGSHAN JENAI RD. Grand Hyatt N. Taipei World Trade 101 RD. Center Club HSINYI RD. Taipei 101 TICC (Venue) HSINSHENG S. Far Eastern Plaza Hotel Taipei RD. HOPING E. RD. Taipei Main Station RD. CHENGDE ZHONGSHAN N. RD. ROOSEVELT RD. Howard Internarional House Taipei Wenshan-Neihu Line MRT Wenshan-Neihu Line MRT HSINSHENG N. RD. Shin Kong Mitsukoshi Deaprtment Store VieShow Cinemas Floor Plan 1 st F NORTH ENTRANCE KEELUNG RD. 103 POSTER PRESENTATION ROOM 101AB LECTURE HALL 101CD LECTURE HALL REGISTRATION DESK REGISTRATION DESK MAIN ENTRANCE TOUR CLOAKROOM 102 ORAL PRESENTATION ROOM 105 PREVIEW ROOM COZY CORNER SOUTH ENTRANCE HSIN YI RD. 17

18 Opening Ceremony Saturday, 11 Dec Room 101AB, G/F., Taipei International Convention Center 10:05 am Delegates and Guests to be seated 10:10 am Opening Address by the President of the 2 nd World Implant Orthodontic Conference Dr. Eric Jein-Wein Liou 10:13 am Welcome Remarks by the President of World Implant Orthodontic Association Dr. Young Chel Park 10:16 am Address by the Secretary General of World Federation of Orthodontists Dr. William H. Dekock 10:19 am Address by the President of American Association of Orthodontists Dr. Lee Graber 10:22 am Address by the President of Asia Pacific Orthodontic Society Dr. Loh Kai Woh 10:25 am Vote of Thanks by the President of Taiwan Association of Orthodontists Dr. Ching-Huei Horng 10:28 am Introduction of the 3 rd World Implant Orthodontic Conference Dr. B. Giuliano Maino End of Ceremony (10:30 am) 18

19 TAO National Annual Meeting Timetable Friday, Dec. 10 (TAO 22 nd National Annual Meeting Timetable) Time Speaker Chairperson Speaker Chairperson Room 101AB Room 101CD 08:00~09:00 Registration TAO-01 Dr. Chiung-Shing Dr. Tsung-Ming Chuang Huang 09:00~09:30 Vertical Control in Orthodontics TAO-2 Dr. Wei-Yung Hsu Dr. Hong-Po Chang 09:30~10:00 Various Anchorages with Orthodontic Mini-Implants TAO-03 Dr. Ming-Guey Tseng 10:00~10:30 Anchorage-The Sword in the Stone! 10:30~11:00 Coffee Break 11:00~11:30 11:30~12:00 12:00~12:30 TAO-04 Dr. Glenn T. Sameshima Anchorage Strategies without TADs Dr. Hyo-Won Ahn Diverse Approaches: Advancement of Midface for Crouzon Syndrome Patients Dr. Taehyun Choi Vertical Control Via Total Arch Movement in Hyperdivergent Growing Patients Dr. Tae-hun Kwon A Case Report of Unilateral Lingual Posterior Crossbite and Class II Malocclusion Correction with Mini-Implants Dr. Huei-Mei Tsai Dr. Tateshi Hiraki 12:30~13:30 Lunch 13:30~14:00 14:00~14:30 14:30~15:00 TAO-05 Dr. Junichiro Iida () Tooth Movement Versus Anchorage TAO-06 Dr. Koutaro Maki ( ) Reconsideration about Anchorage Value and Movement Velocity TAO-07 Dr. Keiji Moriyama ( ) Mechanodynamics and Biological Responses in Distraction Osteogenesis of the Maxilla 15:00~15:30 Coffee Break 15:30~16:00 16:00~16:30 TAO-08 Dr. Komori Akira Precision Direct Bonding with KommonBase TAO-09 Dr. Ming-Hsien Lan TADs, beyond TADs Dr. Hong-Po Chang ( Dr. Toshihisa Yamazaki Dr. Hsin-Chung Cheng Dr. Wind-Show Cheng TAO-10 Dr. Tzu-Ying Wu Anchorage Preparation for Molar Protraction TAO-11 Dr. Chih-Hsien Wu Innovating Concept of Damon Anchorage TAO-12 Dr. Ellen Wen-Ching Ko Discover the Functional Factors Which Affect Anchorage Preparation TAO-13 Dr. Yi-Jane Chen Mini-Implants Anchorage Considerations in Orthodontic Treatment of adult Class III Malocclusions TAO-14 Dr. Hsin-Kuang Chen Anchorage Consideration for Orthodontic Implant Site Development TAO-15 Dr. Kuang-Dah Yeh Application of TADs as Anchorage in Lingual Orthodontics TAO-16 Dr. Jian-Hong Yu Consideration of Intraoral Anchorage (IOA) TAO-17 Dr. Yen-Peng Chen Facial Improvement and Anchorage Considerations TAO-18 Dr. Hui-Lin Chen Anchorage Preparation in Different Tooth Movement Technique (Tip-Edge Plus) TAO-19 Dr. Shou-Hsin Kuang Anchorage Preparation with Differential Moment Mechanics TAO-20 Dr. Hoi-Shing Luk Anchorage- It Is All about Force System!! 09:00~16:30 Poster Presentation (Room 103). Exhibition of dental products and commercial items (Room 201) 16:30~17:30 TAO anniversary meeting & election(room 102) Dr. Chi-Yang Tsai Dr. Hsin-Fu Chang Dr. Sheng-Yang Lee Dr. Hai-Yuan Lai Dr. Chia-Tze Kao Dr. Chi-Wen Chen Dr. Ming-Jeaun Su Dr. Chun-Chieh Yang * The sessions in yellow column will be delivered in English. The rest of the speeches will be delivered in Chinese. 19

20 2 nd WIOC Scientific Program Timetable Saturday, Dec. 11 ( 2 nd WIOC Scientific Program Timetable) Time Speaker Chairperson Speaker Chairperson Room 101AB Room 101CD 08:00~09:00 Registration 09:00~09:30 09:30~10:00 10:00~10:30 10:30~11:00 11:00~11:30 11:30~12:00 12:00~12:30 WO-01 Dr. Chih-Peng Su The Past, Present and Future of Implant Orthodontics Dr. Lee W Graber Dr. Ching-Huei Horng WO-02 Dr. Birte Melsen World Trend of Anchorage Development-TAD Opening Ceremony & Special lecture by Dr. William H. DeKock The World Federation of Orthodontists: Past, Present and where we are going in the future (Followed by 15 min Coffee Break) WO-03 Dr. Birte Melsen Dr. Dror Aizenbud The Combined Orthodontic and Dr. George Anka Surgical Management of the Alveolar Ridge Augmentation Using Distraction Osteogenesis and TADs. WO-04 Dr. Somchai Manopatanakul World Trendiest TAD: Beautiful Face First WO-12 Dr. Junji Sugawara Non-Surgical Treatment for Various Skeletal Malocclusions with Skeletal Anchorage System WO-13 Dr. Won Moon Extreme Orthodontics: Application of Micro- Implant for Orthopedic Correction WO-14 Dr. Eugene Roberts Dentofacial Orthopedic Correction of Complex Malocclusions with Osseointegrated TADs and ISPs WO-15 Dr. Jorge Faber Anticipated Benefit Elimination Conventional Orthodontic Preparation for Orthognathic Surgery 12:30~13:30 Lunch WO-05 Dr. Jane Chung-Chen Yao Dr. Teruko-Takano Yamamoto WO-16 Dr. Joong-Ki Lim 13:30~14:00 Mandibular Whole Dentition Distal Lessons Learned from Animal Experiments for Using Miniscrews Dr. Koutaro Maki Movement Using Mini Implant 14:00~14:30 14:30~15:00 WO-06 Dr. Chung How Kau 3D Imaging and It s Role in Implant Planning in Orthodontics WO-07 Dr. Peter Ngan Can 3-D Modeling and Finite Element Analysis Be Used as Clinical Tools for Planning Miniscrew Placement? WO-17 Dr. John Jin-Jong Lin Whole Arch Distalization WO-18 Dr. Cheol-Ho Paik En Masse Movement of Whole Dentition Using Orthodontic Miniscrew Implant- Alveolar Housing Is the Name of the Game 15:00~15:30 Coffee Break WO-08 Dr. M. Ali Darendeliler Dr. Jose Rivera WO-19 Dr. Kelvin Foong 15:30~16:00 New Advances in Posterior Intrusion and Dr. Peter Fowler Mini-Screw Design Success Factors in Orthodontic Anchorage with Temporary Anchorage Devices 16:00~16:30 16:30~17:00 17:00~17:30 WO-09 Dr. Hsin-Chung Cheng Preparation of Optimal Design and Surface Functionalization on Metal- Based Mini-Implants in Vitro WO-10 Dr. Satoshi Kozato The Practical Application of Temporary Skeletal Anchorage Device (TSAD) in Dental and Maxillofacial Fields WO-11 Dr. Loh Kai Woh With a Little Bit of Help from My Friend WO-20 Dr. Benedict Wilmes How to Improve Stability, Versatility, and Success Rates Using a Mini-Implant System with Exchangeable Abutments WO-21 Dr. Seong-Hun Kim Do Partial Osseointegration Based C-Implant Remain Stationary after Biocreative Therapy? WO-22 Dr. Om P Kharbanda Implant and Host Related Considerations for the Success of Miniscrew Treatment 09:00~17:30 Poster Presentation (Room 103). Exhibition of dental products and commercial items (Room 201) 18:30~21:00 Gala Dinner * All the speech in 2 nd WIOC will be delivered in English. Dr. Keiji Moriyama Dr. Eugene Roberts Dr. Junji Sugawara Dr. John Jin-Jong Lin Dr. Junichiro Iida Dr. B. Giuliano Maino Dr. Somchai Satravaha Dr. Roberto Tan 20

21 Sunday, Dec. 12 ( 2 nd WIOC Scientific Program Timetable) Time Speaker Chairperson Speaker Chairperson Room 101AB Room 101CD 08:00~09:00 Registration WO-23 Dr. Loh Kai Woh Dr. Dennis Lim 09:00~09:30 The Different Wonders of Mini-Screw Dr. Sang-Cheol Kim Implant an Adjunct to Orthodontic Treatment Mechanics WO-24 Dr. Jang Yeol Lee 09:30~10:00 Working out an Altered Strategy for Extraction Based on Skeletal Anchorage System WO-25 Dr. Noriaki Yoshida 10:00~10:30 Biomechanical Principles Applied to Implant Orthodontics: Achieving High Therapeutic Efficiency 10:30~11:00 Coffee Break WO-26 Dr. Girish Karandikar Dr. Aldo Giancotti 11:00~11:30 Ideal Applications of T.A.D.s in Dr. Noriaki Yoshida Orthodontics: a Biomechanical Point of View 11:30~12:00 12:00~12:30 WO-27 Dr. B. Giuliano Maino Available Sites and Biomechanic Needs in the Use of Miniscrews: limits and New Possibilities WO-28 Dr. Hee-Moon Kyung Fact & Fallacy of Skeletal Anchorage in Orthodontics 12:30~13:30 Lunch 13:30~14:00 14:00~14:30 14:30~15:00 WO-29 Dr. Shalene Dr. Johnny Joung-Lin Liaw Kereshanan An Effective Treatment Strategy for High Angle Protrusion Cases WO-30 Dr. Young Chel Park Rationale of Mini-Implants Application in Vertical Problems WO-31 Dr. James Cheng-Yi Lin Ultimate Vertical Dimension Control Using Implant Anchorage for Long Face Partly Edentulous Patients WO-36 Dr. Shingo Kuroda Treatment Strategy Using TADs for Adult Class III Malocclusions WO-37 Dr. Yasoo Watanabe Treatment of High-Angle Class II Cases Using Implant Anchors WO-38 Dr. Cesare Luzi Combining No-Compliance and Skeletal Anchorage Strategies for Efficient Class II Treatment WO-39 Dr. Hideo Suzuki State of the Art of Brazilian Miniscrews WO-40 Dr. Shigeru Murai Benefits of Implant Anchors WO-41 Dr. Korrodi Ritto The Micro-Implant Pearl Concept WO-42 Dr.Teruko Takano Yamamoto Orthodontic Treatment Using Mini- Screw Anchorage for Patients with Temporomandibular Joint Dysfunction WO-43 Dr. Masato Kaku Treatment of Temporomandibular Joint Disorders Using Miniscrew Anchorage WO-44 Dr. Eung-Kwon Pae Handling Breathing-Compromised Cases Using Mini-Implants 15:00~15:30 Coffee Break 15:30~16:00 WO-32 Dr. Kwangchul Choy Minimalism in Orthodontics Using FRC and TAD Dr. Young Chel Park Dr. Noraini binti Hj. Alwi WO-45 Dr. Kazuo Tanne A Significance of Molar Intrusion in the Treatment of Open Bite with Vertical Skeletal Discrepancy: Treatment Strategy Derived from the Etiologic Consideration 16:00~16:30 16:30~17:00 17:00~17:30 WO-33 Dr. Junji Ootani Innovation of Implantation Method and Instruments in Self-Drilling Screw to Achieve Highly Success Rate WO-34 Dr. Tomio Ikegami The Hybrid Orthodontic Treatment System (HOTS) WO-35 Dr. Shalene Kereshanan Mini-Implants- An Adjunct to Everyday Orthodontic Practice WO-46 Dr. Chris HN Chang Tough Impacted Teeth Made Easy WO-47 Dr. Kee-Joon Lee Four-Dimensional Total Arch Movement Possibilities and Limitations WO-48 Dr. Eric Jein-Wein Liou Orthodontic Management of 3-Incisors 09:00~17:30 Poster Presentation(Room 103). Exhibition of dental products and commercial items(room 201) * All the speech in 2 nd WIOC will be delivered in English. Dr. William H. DeKock Dr. Yasuhiko Asai Dr. Md. Zakir Hossain Dr. Sheraz Burki Dr. Young Guk Park Dr. Kazuo Tanne Dr. Halim Himawan Dr. Amjad Mahmood Dr. VicPerly Wong 21

22 TAO Oral Presentations Friday, Dec. 10 / Room No. Time Name Topic Chairperson 1 9:00 2 9:15 3 9:30 4 9: : :15 Li-Fang Hsu Yi-Sheng Chen Sok-Heng Chin Hui-Yi Chen Shu-Yin Chao Hsuan-Yi Hsiao Clinical Group :30-11:00 Coffee Break 7 11: : : : :00 Siu-Lung Tse Shiau-Lee Liew Ying-Chi Hsu Yun-Ting Chen Hui-Lan Chang - 12:30-13:30 Lunch * 13:30 * 13: : : : : :00 Yu-Ting Chiu Yu-Ching Wang Kuan-Yen Peng Chao- Hsuan Sun Jia-Li Chen Hao-Ming Chiu Chuan-Yang Chang Initial Cleft Severity Is Related to Maxillary Growth in Patients with Complete Unilateral Cleft Lip and Palate Changes in the Morphology of Mandibular Symphysis Secondary to Pre-Surgical Dental Decompensation in Class III Malocclusion Research Group Dr. Yih-Wen Chen Dr. Jia-Kuang Liu Dr. Chin-Yu Chiang Dr. Yun-Yun Wu Dr. Wen-Ken Tai Dr. Yi-Jane Chen

23 TAO Outstanding Junior Doctor/ Investigator Competition Saturday, Dec. 11 / Room 102 No. Time Name Topic Chairperson 1 11: : :15 Ting-Ting Wu Yi-Chin Wang Alice H.L. Shen Research Group Cephalometric Craniofacial Characteristics with Different Types of Tooth Missing in Patients with Unilateral Cleft Lip and Palate Gingivoperiosteoplasty Outcome for Treatment of Alveolar Clefts in Patients with Unilateral Cleft Lip and Palate Physiological Mechanisms of the Postoperative Accelerated Orthodontic Tooth Movement after Orthognathic Surgery 12:30-13:30 Lunch 4 13: : : : :30 Yuh-Jia Hsieh Ya-Ying Teng Guo-Wei Huang Chen-Jung Chang Shu-Chun Tsai Three-Dimensional Evaluation of Pharyngeal Airway after Bimaxillary Surgery for Skeletal Class III Deformities Submucosal Injection of Platelet Rich Plasma Accelerates Orthodontic Tooth Alignment Magnetic Cryopreservation on Mesenchymal Stem Cells Derived from Dental Pulp The Influence of Bracket Types, Wire Alloys, and Different Oral Environment Condition on Frictional Resistance Regulation of MMP-3 Promoter in Mouse Osteoblasts under Cyclic Compression Force Stimulation 14:45-15:15 Coffee Break 1 15: : : : : : : : : :30 Ya-Ting Wang Jiun-Hao Lin Pi-Huei Liu Yi-Shiou Chen Yi-Hsuan Chen Yea-Ling Yang Kai-Lung Wang Wei-Min Yang Yin-Tai Chen Chih-Yu Lin Clinical Group Correction of Class II Hyperdivergent Facial Pattern Using Temporary Anchorage Device Orthodontic Correction of Anterior Openbite in Skeletal Class II Malocclusion Treatment of Bilateral Impacted Maxillary Canine with Unilateral Transposition of Lateral Incisor and Canine - A Case Report Orthodontic Treatment Combined with Two-Jaw Orthognathic Surgery for Class Malocclusion- A Case Report Combined Fronto-Facial Monobloc Distraction Osteogenesis and Orthognathic Surgery in a Patient with Crouzon Syndrome - A Case Report Dental and Skeletal Correction of Möbius Syndrome - A Case Report Treatment of Skeletal Class III with Anterior Open Bite through Skeletal Anchorage Correction of Anterior Open Bite Malocclusion - A Case Report The Use of Miniscrew, HPJH and Autotransplantation in a Class I Malocclusion Treatment of Anterior Crossbite with Upper Second Premolar Impactions - A Case Report Dr. Ying-Kwei Tseng Dr. Ching-Ming Su Dr. Hui-Lin Chen ( Dr. Jian-Hong Yu Dr. Jau-Ren Hu Dr. Chih-Chen Chou The presentations are presented in Chinese or English. 23

24 WIOC Oral Presentations Sunday, Dec. 12 / Room 102 No. Time Country Name Topic Chairperson 1 9:00 Brazil Aguinaldo Garcez 2 9:15 Japan Toru Deguhi 3 9:30 Korea Jeong-Sub Lee 4 9:45 Thailand Eduardo Yugo Suzuki 5 10:00 USA Madhur Upadhyay 6 10:15 India Sabarinath V.P Effects of Low Intensity Laser Therapy over Mini-Screw Success Rate Labial and Lingual Bracket with or without Miniscrew TADs for Total Arch Movement: Miniimplant vs. Miniplate 10:30-11:00 Coffee Break 7 11:00 Taiwan 8 11:15 Taiwan 9 11:30 Taiwan 10 11:45 Taiwan 11 12:00 Taiwan 12 12:15 Taiwan Yi-Hung Shih Emma Yuh-Jia Hsieh Ting-Ting Wu Alice Hsin-Lan Shen Yueh-Tse Lee Jiann-Chyou Chang 12:30-13:30 Lunch 13 13:30 India 14 13:45 Taiwan 15 14:00 Taiwan 16 14:15 Taiwan 17 14:30 Taiwan Prasad Koteswara NKK Tzu-Ying Wu Tai-ting Lai Ya-Ying Teng Yi-Chin Wang 18 14:45 USA Sumit Yadav En Masse Distalization with an ipanda Dentoskeletal and Soft Tissue Treatment Effects of Two Different Methods for Treating Class II Malocclusions Identifying Individuals with Higher Risk of Root Dehiscence during Mandibular Retraction Using TADs Severe Gummy Smile and Class II Correction by Using Miniscrews Determined Features for a Satisfactory Facial Profile in Class III Camouflage Orthodontic Treatment with Miniscrew Anchorage Use of Miniscrew Anchorage to Enhance Efficiency of Scissors-Bite Correction Treatment of Class II Division 1 Malocclusion by TADs Nanoporous Structures of an Anodized Orthodontic Miniscrew An Easy Method to Correct Gummy Smile and Anterior Teeth Lingual Root Torque with TADs Temporary Anchorage Device (TADs) and its Craniofacial Orthodontic Applications - A Case Report Survival Analysis for Mini-Implants: A Retrospective Investigation of 379 Cases in Taiwan A Clinical Evaluating the Potential Failure Factors of TADs Double-Dentition Molar Intrusion with TADs Achieves Better Chin Projection in Class II High Angle Patients Orthodontic Management to Minimize Residual Alveolar Cleft by Using Miniscrews in an Adult Patient with Bilateral Cleft Lip and Palate Osseointegration Potential of Four Implant Surfaces Dr. Jane Chung-Chen Yao Dr. Hsin- Kuang Chen Dr. Li-Hsiang Lin Dr. Ellen Wen- Ching Ko Dr. Shou-Hsin Kuang Dr. Hsin-Yi Lo 24

25 TAO Poster Presentations Room 103 No. Name Topic T01 T02 T03 T04 T05 T06 T07 T08 T09 T10 T11 T12 T13 T14 T15 T16 T17 T18 T19 Chien-Nong Mao Shin-Huei Wang Pi-Huei Liu Tai-Yu Shen Kai-Lung Wang Yin-Tai Chen Hsin-Lan Shen Ya-Ying Teng I-Ming Tsai Liting Chen Yi-Jyun Chen Hsiao-Hui Chen Po-Yu Yang Tzu-Hsin Lee Chih-Ying Hsu Fang-Yu Shen Chin-Kai Huang Yi-Ming Kung Hsien-Lin Chuang

26 Room 103 No. Name Topic T20 T21 T22 T23 T24 T25 T26 T27 T28 T29 T30 T31 T32 T33 T34 T35 T36 T37 Te-Ju Wu Yu-Jen Chang Chih-Fan Lin Ching-Ming Su Ting-Shiuan Sung Chia-Ni Lin Jeih-Fu Chen Shang-Chun Jseng Yu-Chuan Tseng Szu-Jung Huang Nien-Shan Yang Chia-Yi Pan Ya-Hui Yang Fang-Fang Tsai Hui-Lan Chang Chun-te Liao Yin-Ting Liu Chiung-Wen Chang 3-D Study of 12 Cases in Early Treatment of Nonextraction - 26

27 WIOC Poster Presentations Room 103 No. Country Name Topic 1 Brizal Denise Fujii 2 Japan So Ozawa Comparative Analyzes of Insertion and Removal Torque of Brazilian Mini-Screws A Molar Distalization Method Using Micro-Implant Anchorage Available for Lingual Orthodontic System 3 Japan Misato Yoshida Characteristics of Anodically Oxidized Titanium 4 Japan Katsuyoshi Futaki Accuracy in Measurement of Tooth Using CBCT 5 Japan Miyuki Furusato Maxillary Protrusion Cases Treated with SAS 6 Korea Park Ja Ryeong Uv-Light-Induced Photocatalytic Bactericidal Effect on Modified Titanium Implant Surfaces in the Presence of Saliva 7 Korea Jeong-Sub Lee Total Arch Retraction by Miniimplant and Miniplate 8 Malaysia Helmi Alyamani 9 Thailand Boonsiva Suzuki 10 Turkey Cinar Atagün 11 Japan Hitoshi Hotokezaka Shear Bond Strength of Orthodontic Brackets Bonded Using Light- Emitting Diode and Tungsten-Quartz Halogen Curing Light with Different Curing Times ipanda: Indirect Palatal Miniscrew as an Anchorage and Distalization Appliance Power Arm & Jig Designs for Sectional and Full Arch Molar Distalisation Cases An Adolescent Case with Dental Protrusion and Skeletal Open Bite Treated with Skeletal Anchorage Device 12 Taiwan 13 Taiwan 14 Taiwan 15 Taiwan 16 Taiwan 17 Taiwan Chia-Chen Li Fang-Chin Chen Ting-Fang Cheng Shen-Chieh Lin Kai-Liang Chiang Ying-Shan Sun Class II, Division 1 with Deep Bite and Severe Jaw Bone Discrepancy Case Corrected by Mini-Screws Anchorage - A Case Report Profile Improvement of Severe Bimaxillary Protrusion with Extreme High Mandibular Angle by Using TADs Comparison of Treatment Outcomes of Patients with Maxillary Protrusion with Different Anchorage Devices or Surgery Non-Surgical Treatment of ClassII div.2 Malocclusion with Severe Crowding by TAD and Damon System Orthodontic Treatment on Acute Myeloid Leukemia Patient - A Case Report Disinhibition Effect on Oral Hygiene Behavior among Dental Patients 27

28 Room 103 No. Country Name Topic 18 Taiwan 19 Taiwan 20 Taiwan 21 Taiwan 22 Taiwan 23 Taiwan 24 Taiwan 25 Taiwan 26 Taiwan 27 Taiwan 28 Taiwan 29 Taiwan 30 Taiwan 31 Taiwan 32 Taiwan 33 Taiwan 34 Taiwan Pei-Hua Lu Chun-Yi Kao Chih-Yu Lin Li-Hsiang Lin Li-Hsiang Lin Ya-Ling Chen Hui-Ju Wang YY Wu Yi-Hsuan Chen Wei-Min Yang Tsu-Chien Yeh Chi-Chia Huang Yin-Lan Hu Chia-Tze Kao Yi-Chien Chen Heng-Ming Chang Jia-Kuang Liu Is Conformity Associated with the Influence of Toothache among Dental Patients? New Thinking of Orthognathic Surgery in Skeletal Class III Cases Treatment of Asymmetric Premolar Extractions with Mini-implant - Case Report Treatment of Skeletal Class III Malocclusion with Miniscrew Anchorage Correction of Skeletal Class II Bimaxillary Protrusion with TADs Miniscrew in the Treatment of Lower Three Incisors with Large Overjet Case Report Skeletal Class III with Unilateral Congenital Missing Teeth and Correction of Midline Using TADs Orthodontic Treatment of Skeletal Class III Case with Mini-Implant Assisted Correction of Gummy Smile by Using Miniscrew Anchorage in a Good Facial Profile, Class I Occlusion Patient: A Case Report Marsupialization of Impacted Lower Molar: A Case Report A Case Report: RME for Mid Facial Deficiency Combine with Anterior Cross Bite Correction Compare the Upper Jaw Cortical Plate from the CBCT Image Evaluation of Cortical Bone Thickness at Mandibular Posterior Area with CBCT for Orthodontic Implant Multidisciplinary Tooth Movement by Temporary Anchorage Device in Adult Patient Treatment of Skeletal Class III with Open Bite by Whole Lower Dentition Distalization with Miniscrews Case Report Treatment of Bimaxillary Protrusion with Anterior Open Bite Case with the Aids of TADs - A Case Report Orthodontic Taction of Impacted First Molar with TADs 28

29 Room 103 No. Country Name Topic 35 Taiwan 36 Taiwan 37 Taiwan 38 Taiwan 39 Taiwan 40 Taiwan 41 Taiwan Chuan-Yang Chang Wen-Chen Chang Po-Sung Fu Yai-Tin Lin Yu-Ling Cheng Chin-Yu Chiang Wei-Chun Wang Comparison of Bond Strengths of Self-Ligating Brackets and Conventional Brackets Bonded to Temporary Crown Orthodontic Treatment of Two Cases with Occlusal Plane Canting Using Temporary Anchorage Devices Uprighting Impacted Mandibular Second Molars with an Innovative Tip-Back Cantilever Orthodontic Treatment of an Impacted Second Premolar Associated with an Inflammatory Dentigerous Cyst Using Mini-Screw Implants in a Patient with Crossbite and Concurrent Temporomandibular Joint Disorder Non-Surgical Treatment of Severe Gummy Smile with TADs The Application of TADs in Class II, Division 2 Malocclusions 42 Japan Yoshiaki Sato Treatment of Skeletal Class II Open Bite Case 43 Taiwan Jay Chun-Chieh Wang TADs to Gain Implant Space and Correct Midline off 44 Korea Jung-Yul Cha Strain of Bone-Implant Interface and Insertion Torque Regarding Dual Thread Miniscrew 45 Taiwan Hsin-Chung Cheng The Study of Osseointegration on Stainless Steel Mini-Screw Implant by Metal Powder Injection Molding 29

30 Invited Papers TAO-01 Vertical Control in Orthodontics Tsung-Ming Chuang, Clinical Associate Professor, School of Dental Medicine National Defense Medical Center, Taipei, Taiwan Vertical control mechanics can increase mandible alveolar growth, decrease maxilla alveolar growth and simultaneous hold palate descend, this is helpful to treat large ANB high mandibular angle open bite cases. It is more a conceptual guardian than technical options. By understanding the importance of controlling the vertical growth of the face, we can help our orthodontic patients achieve a healthy pleasing and long lasting treatment goals within a reasonable and predictable time. Vertical control anchorage Class II Class I molar occlusal plane mandibular plane OM open-bite prominent chin Terrell Root Harry Dougherty highpull headgear palate bardelay extraction anchorage preparation tip-back bends lip bumper lingual holding a r c h Class IIClass I mini-screw micro-implant TADs Class II adult Class II deep Spee ANB 8 high palate vaultgummy smile Class II tongue thrust FMA 41 Dr. Root super Class I 1. palate lingual cortical boundary 2. combine Class II surgery 3. maxillary third molar 4. p r o p e r occlusion 5. goals expectation cooperation TAO-02 Various Anchorages with Orthodontic Mini- Implants Hong-Po Chang TADs 30

31 TAO-03 Anchorage-The Sword in the Stone! Ming-Guey Tseng Anchorage anchorage 1 curve of spee anchorage 2 3 banding transpalatal bar Nance class 1 mechanics banding molarroutine 4 prominent buccal cortical bone anchorage torquing spring blood supply 5 levelling uprighting 6 loop mechanics anchorage facebow TAO-04 Anchorage Strategies without TADs Glenn T. Sameshima Dr. Glenn T. Sameshima is Associate Professor, and Chair and Program Director of the Advanced Orthodontic Program at the Herman Ostrow School of Dentistry of the University of Southern California. Dr Sameshima completed his orthodontic training and PhD in Craniofacial Biology from USC, after attending UCSF for his DDS. Dr. Sameshima maintains a part-time private practice in Torrance, California. He has held numerous positions in organized orthodontics nationally and internationally, and is a frequent presenter at conferences and meetings throughout the world. His present clinical research interests include self-ligation, root resorption, treatment outcomes, and ethnic differences. Temporary anchorage devices have revolutionized the orthodontic practice of today, yet TADs are but the latest in a long line of strategies developed within the profession to allow us to use Newton's first law effectively in moving teeth. Anchorage, defined years ago by Harry Dougherty is distance to move and resistance to movement. A 31

32 corollary to that axiom is anchorage preparation when one tooth moves, all teeth move as a unit. This lecture will describe non-tad anchorage methods both new and old that will enable the orthodontist t o m o v e t e e t h i n t h e p r o p e r direction with the most optimal degree of force. Anchorage can be divided into extraoral and intraoral. Extraoral anchorage is familiar to us all as high-pull, cervical, vertical headgear, facemasks, and J-hook and Hickham headgears. Intraoral anchorage includes the traditional transpalatal and lingual arches, Nance arches, and many other forms of both passive and active fixed appliances. The palate is commonly used as an anchorage unit in distalizing molars; there are many appliances that incorporate this anchorage effectively. Using the dentition to pit one group of teeth against another is a time honored and tested method; within this classification you will find figure eights, lacebacks, etc, etc, More subtle variants of this type of anchorage include rotating molars against the cortical plate, applying elastomeric force modules against different teeth on a short time interval, and varying the thickness of the archwire within a single archwire. Clever but predictable results can be obtained in moving teeth differentially; some examples include Cetlin mechanics, and Mulligan mechanics. Using the lip as anchorage works well in tipping mandibular molars posteriorly using a lip bumper. Interarch anchorage strategies were developed by Charles Tweed and his followers, including Terry Root and Harry Dougherty. Although these methods require absolute patient cooperation, they are still among the most effective ways to retract anterior teeth in the properly selected case. Preparing anchorage in the mandibular arch by tipping back the buccal segments against a fixed maxillary arch (High pull Kloehn headgear, palatal bar, and delayed first bicuspid extraction) using Class III elastics, then using this anchorage to retract the maxillary anterior segment using closing loops and Class II elastics was central to this type of treatment philosophy. The principles of anchorage as taught by Charles Tweed are still well thought of today as evidenced by the popularity of the Tweed courses taught in Tucson, Arizona, twice per year. KAO-01 Diverse Approaches: Advancement of Midface for Crouzon Syndrome Patients Hyo-Won Ahn, Seung-Hak Baek Korea Department of Orthodontics, School of Dentistry, Seoul National University, Seoul, South Crouzon syndrome is an autosomal dominant condition comprising premature ossification of cranial sutures. Usually bilateral coronal synostosis is present, but other sutures can be involved and degree of synostosis can be progressive. The characteristic dysmorphism of Crouzon syndrome is midface h y p o p l a s i a w i t h e x o r b i t i s m, brachycephaly and frontal bossing. Midface hypoplasia occurs in both horizontal and vertical direction and leads to anteroposterior, vertical and transverse deficiency of the maxilla. Treatment planning for Crouzon syndrome must be addressed as part of the staged reconstructive a p p r o a c h a c c o r d i n g t o a g e. When seen early in infancy, the most cases are treated first with floating forehead advancement for decompression of the intracranial pressure. In adolescence, repeated craniotomy for additional cranial vault expansion and reshaping or correction of "total midface", d e f o r m i t y c a n b e p e r f o r m e d. Orthognathic surgery for correction of the remained skeletal discrepancy and establishment of functional occlusion can be done after growth completion. In this presentation, two cases for midface advancement in Crouzon syndrome are shown. The first case is severe phenotype treated with Lefort III advancement and orthodontic treatment only in childhood. The second case is mild phenotype treated with Lefort III/I osteotomy, 2-piece widening of the maxilla and BSSRO after completion of growth. Since Crouzon syndrome has diverse phenotype according to 32

33 the extent of suture involvement, individualized approach based on the severity of phenotype is most paramount to get good treatment results. KAO-02 Vertical Control Via Total Arch Movement in Hyperdivergent Growing Patients Taehyun Choi Dept. of Orthodontics in Yonsei University Dental Hospital, Seoul Treatment of growing skeletal class II patients is commonly d i v i d e d i n t o 2 p h a s e s w h i c h include growth modification with bionator or headgear followed by fixed appliance. These growthmodification appliances are mainly focused on antero-posterior relation rather than vertical dimensional problem, which we rely on a few appliances such as highpull headgear. Furthermore, as vertical growth last longer than transverse and antero-posterior growth, it should be considered during the second phase treatment of hyperdivergent skeletal class II patients. A s o r t h o d o n t i c m i n i s c r e w s w i d e n e d t h e r a n g e o f t o o t h m o v e m e n t, t h i s p r e s e n t a t i o n will introduce improvement of profile in hyperdivergent young adolescents by total arch movement using orthodontic miniscrews. Considerations and insertion of miniscrews for total arch movement will also be discussed. KAO-03 A Case Report of Unilateral Lingual Posterior Crossbite and Class II Malocclusion Correction with Mini Implants Tae-Hun Kwon, Kyung-Hwa Kang, Sang-Cheol Kim Dept. of Orthodontics, School of Dentistry, Wonkwang university, South Korea Crossbite is an occlusal irregularity where a lower tooth has a more buccal or lingual position than the antagonist upper tooth. Crossbite can involve a single tooth or a group of teeth. There are unilateral and bilateral crossbite. Characteristics of unilateral lingual posterior crossbite are lingual tipping of lower molars and buccal tipping of upper molars, extrusion of upper molars due to absence of occlusal contact and development of mandibular shift. Depending on cause and degree, t h e y a r e c o r r e c t e d b y m a n y methods such as distractionosteogenesis, transpalatal arch, precision lingual arch, criss-cross elastics, orthognathic surgery. Recently, absolute anchorage sysem can be made by mini implant, so that the range of orthodontic treatment is expanding. Therefore, we try to show the treatment case of unilateral posterior crossbite and Class II malocclusion with mini implants. TAO-05 Tooth Movement Versus Anchorage Iida Junichiro Current Employment: Department of Orthodontics, Division of Oral Functional Science, Graduate School of Dental Medicine, Hokkaido University Position: Professor and Chair of the Department of Orthodontics, Educational Background: 1972 April 1978 March School of Dentistry, Tokyo Medical and Dental University 1978 April 1982 March Graduate school of dentistry, ( Ph.D. course of Orthodontics ) Tokyo Medical and Dental University, Previous employment: 1982 April 1992 Oct. Assistant Professor Department of Orthodontics, School of Dentistry, Tokyo Medical and Dental University 33

34 1992 Nov Jan. Lecturer Department of Orthodontics, School of Dentistry, Tokyo Medical and Dental University 1995 Feb Oct. Associate Professor Department of Orthodontics, School of Dentistry, Tokyo Medical and Dental University 1999 Nov March Professor, Department of Orthodontics, Faculty of Dentistry, Hokkaido University 2000April present Professor, Department of Orthodontics, Graduate School of Dental Medicine, Hokkaido University Clinical orthodontists are well aware of the importance of making rigid anchorage in the mouth for successful orthodontic treatment. The development of temporary anchorage devices (TADs) has enabled rigid anchorage to be achieved, and TADs have become widely used by orthodontists in orthodontic treatment. TADs provide rigid anchorage, which could not be achieved by using traditional anchorage systems such as intramaxillary, inter-maxillary or extraoral anchorage systems. The use of TADs has enabled more successful orthodontic treatment with teeth being moved more precisely to an intended site. In the case of traditional intramaxillary anchorage systems, m o v e m e n t o f t h e t o o t h u s e d as anchorage, in other words "anchorage loss", which can lead to unsuccessful treatment results, is sometimes intentionally used in ordinary orthodontic treatment. We often use conceptual reciprocal anchorage, which is the idea that both the objective tooth to be moved and the tooth used as anchorage must be moved when we apply orthodontic force in orthodontic treatment. Storey and Smith proposed a differential force technique based on the idea that the velocity of tooth movement induced by orthodontic force must differ depending on the type of tooth due to difference in the area of the periodontal ligament of each type of tooth. Since orthodontic treatment depends on the reaction of periodontal tissue to mechanical stimulation of orthodontic force, knowledge of the reactivity of the periodontal ligament to the mechanical stimulation is important for considering how orthodontic force should be applied when performing orthodontic treatment. We have been studying the tissue reaction to mechanical stimulation w i t h f o c u s o n m o r p h o l o g i c a l and functional reactions of the microvasculature in the periodontal ligament or subcutaneous tissue to compressive stimulation using animals. In those experiments, we observed sensitive reactions of the microvasculature to the mechanical compression that are related to appropriate bone resorption around the periodontal ligament. In this lecture, I will present results of our research on reactions of the periodontal ligament to mechanical orthodontic force and discuss what kind of and what magnitude of orthodontic force will rapidly and safely move teeth. With the current widespread use of rigid anchorage systems, more precise and appropriate techniques for tooth movement are required. TAO-06 Reconsideration about Anchorage Value and Movement Velocity Koutaro Maki Teaching Assistant, Dept. of Orthodontics, Showa University Lecturer, Dept. of Orthodontics, Showa University Visiting Professor, Dept. of Growth and Development, UCSF present Chair and Professor, Dept. of Orthodontics, Showa University B o t h l o a d i n g m a g n i t u d e a n d biological response affect the Orthodontic tooth movement. Information such as thickness of cortical bone, density value and/or biomechanical response in individual patient could play helpful role in Orthodontic diagnosis. In this presentation, new method enable to measure bone density with CBCT and individual mechanical analysis based on volumetric data will be demonstrated as basic evaluation for 3D treatment planning. And 34

35 clinical results of Invisalign and super light force treatment with non-ligature bracket will also be introduced as a question raising a g a i n s t t o t h e c o n v e n t i o n a l treatment. 1. Evaluation from CBCT measurement From the database of CBCT image, cortical bone thickness and density distribution were evaluated. Thicker area and higher density distribution were almost coincident, however, morphological characteristics had no relation with them. 2. Possibility of 3D treatment planning W i t h t h e m e a s u r e m e n t o f EMG activity, biting force and structural information from CBCT, individual mechanical conditions were calculated b y a u t o m a t e d F E M ( F i n i t e Element Method). Distribution of mechanical energy, reaction force at Condyle generated by mastication, and center of occlusal curve (Spee curve) were evaluated. In FE model, without any alteration of muscle loading, biomechanical effect of position and angulations of teeth were determined. Changes in distribution of mastication energy, direction of reaction vector at Condyle and curvature of Spee, as the simulation of orthodontic treatment were also calculated. 3. Clinical impression from Invisalign treatment and Super light force Orthodontics As the Orthodontic appliance w h i c h c o u l d b r i n g c e r t a i n a m o u n t o f d i s p l a c e m e n t, results of Invisalign treatment in extraction cases were evaluated. Differences among with- and without- bowing effect were compared in three dimensionally. With newly developed nonligature bracket system and 40-60g of loading magnitude by NiTi wire, effectiveness of tooth movement was examined in extraction and non-extraction cases. In some cases, treatment period was reduced radically. Through these 1)-3) findings, necessity of reconsideration for anchorage and treatment method will be discussed. TAO-07 Mechanodynamics and Biological Responses in Distraction Osteogenesis of the Maxilla Keiji Moriyama and Dental University Maxillofacial Orthognathics, Graduate School of Medical and Dental Science, Tokyo Medical Global Center of Excellence (GCOE) Program, International Research Center for Molecular Science in Tooth and Bone Diseases, Tokyo, Japan Tokyo Medical and Dental University 1986 D.D.S. (Doctor of Dental Surgery) Tokyo Medical and Dental University Graduate School, 2 nd. Dept. of Orthodontics 1990 Ph.D. (Doctor of Philosophy, Tokyo Medical and Dental University) Post Doctoral Fellow, University of Texas Health Science Center at San Antonio 1997 Assistant Professor, 2nd Department of Orthodontics, Tokyo Medical and Dental University Professor and Chairman, Department of Orthodontics, The University of Tokushima 2007-present Professor and Chairman, Department of Maxillofacial Orthognathics, Tokyo Medical and Dental University Graduate School Distraction osteogenesis (DOG) is a surgical remedy to generate new bone in a gap between two bone segments in response to the application of graduated tensile stress across the bone gap. DOG is originally used to lengthen the long bones, fill the bone defects, and reconstruct skeletal deformities. In 1980s, the technique was introduced to the craniofacial skeleton. The maxillary DOG by using cranially fixed external devices has become an accepted alternative in the treatment of patients of cleft and related craniofacial anomalies, especially with severe maxillary hypoplasia. Substantial hard and soft tissue changes can be attained with this technique, which facilitate the comprehensive orthodontic treatment in cleft patients with severe maxillary retardation. In 35

36 the rigid external distraction (RED) system, a cranially fixed halo as a point of anchorage to advance the maxilla was connected through the maxillary dentition by an intraoral splint and traction wires. With this system, a predictable and stable maxillary advancement can be attained. It is speculated that the slight flexibility present in the traction hooks of the RED system allows for energy storage, resulting in that continuous force to the m a x i l l a b e t w e e n a c t i v a t i o n s w o u l d b e p r o d u c e d. D O G i s accompanied by simultaneous expansion of functional soft tissue matrix, including blood vessels, nerves, skin, fascia, ligaments, cartilage, periosteum, and mucosa. Consequently, the soft tissue tension generates the force against maxillary advancement by distraction. This resistant force is estimated to be mechanically equivalent to the traction force derived from the RED system. Occasionally, some patients especially with potential severe postoperative scar tissue demonstrate resistance to the maxillary advancement toward the end of the distraction period. With these backgrounds, the force applied to the maxilla and distraction device itself should be biologically and mechanically important, and the measurement of the force applied during activation would be of interest. On the other hand, at removal of distraction device after consolidation period, information of the residual force present should be quite instructive in deciding the methods of retention after DOG. Hence, a longitudinal measurement of the force applied was attempted by using micro-strain gauges fixed within the traction wires of RED system. The maxillary traction force was measured daily for all the patients in whom DOG using RED system was performed, aiming to assess the process of DOG. In this presentation, biological property of the soft tissue in response to the tension stress in DOG will be discussed along with mechanodynamic aspects of DOG. TAO-08 Precision Direct Bonding with KommonBase Akira Komori 1988 DDS from Nagasaki University School of Dentistry 1992 PhD from Postgraduate Research Institute of Nagasaki University 1993 Assistant Professor on Nippon Dental University, Department of Orthodontics 1999 Senior Assistant Professor in Nippon Dental University, Department of Orthodontics 2003 Visiting Assistant Professor in Jikei University School of Medicine, Department of Plastic and Reconstructive Surgery 2005 Senior Assistant Professor in Nippon Dental University Hospital, Division of Orthodontics and Pediatric Dentistry 2007 Associate Professor in Nippon Dental University Hospital, Division of Orthodontics and Pediatric Dentistry 2008 Membership in Orthodontics from the Royal College of Surgeons of Edinburgh 2009 Associate Professor in Nippon Dental University Hospital, Head of Division of Orthodontics 2009 Visiting Professor in University of Ferrara, School of Dentistry, Postgraduate School of Orthodontics Improvements in the customized base design and in the bonding system have allowed development o f a p r e c i s e d i r e c t b o n d i n g system, named KommonBase. KommonBase is characterized by a large bonding base, which can acquire the best fitting and a precise bracket positioning while also enhancing bond strength. There is no need to use transfer trays because of its self-positioning shape. Morphological complexity of lingual surface is a great advantage for applying KommonBase. There are many landmarks on lingual surface of the teeth; cingulum, marginal ridge, linguoincisal edge, lingual groove, etc. KommonBase can achieve seating of bracket position according to the landmarks. Brackets can be positioned easily 36

37 and accurately by pressing the brackets with explorer. If the bracket is laid on incorrect position, KommonBase can direct it to a correct position. KommonBase consists of three types of resin; high flow filled flowable resin, low flow filled flowable resin, and high flow unfilled flowable resin. High flow f i l l e d f l o w a b l e r e s i n a s s u r e s strong bonding property at the interface between bracket base and resin which can penetrate into undercut of bracket base. Low flow filled flowable resin provides a good handling to prevent drift of reference wire and brackets on laboratory procedure. Most part of KommonBase spread over the lingual surface of the teeth consists of high flow unfilled flowable resin. This extended resin was very thin like a film. Even in the case of occlusal interference, interfered resin can be grinded automatically a c c o r d i n g t o t h e f u n c t i o n o f occlusion, because high flow unfilled flowable resin is softer than filled resin. KommonBase should be bonded firmly throughout orthodontic treatment, and it also should be removed easily without enamel fracture at the end of treatment. Since brackets are bonded closely to gingival tissue, it is difficult to maintain dry field. Although resin adhesive produce strong bond strength, the bond strength of resin adhesive is diminished due to contamination of saliva, which leads to result in bracket failure. Adhesives which do not affected by the presence of water and saliva would clearly be preferred. Resin- reinforced glass ionomer cement is hybrid material of resin and glass ionomer cement. The bond strength of Resin-reinforced glass ionomer cement is not affected by contamination of saliva and water. KommonBase can be applied not only to lingual orthodontic brackets but also to other appliances; labial fixed appliance, transpalatal arch, pendulum appliance, lingual arch, etc. Some clinical trials treated with modified appliances will be presented. TAO-09 TADs, beyond TADs Ming-Hsien Lan Now TAO WSLO TADs. TADs TADs 1. TADs 2. TADs 3. TADs 4. TADs TAO-10 Anchorage Preparation for Molar Protraction Tzu-Ying Wu TPA, LHA 37

38 TAO-11 Innovating Concept of Damon Anchorage Chih-Hsien Wu / Anchorage D a m o n light force Damon Damon anchorage Damon Torque ELSE BT anchorage TAO-12 Discover the Functional Factors which Affect Anchorage Preparation Ellen Wen-Ching Ko pattern TAO-13 Mini-Implants Anchorage Considerations in Orthodontic Treatment of Adult Class III Malocclusions Yi-Jane Chen Orthodontic Department, National Taiwan University Hospital Department of Dentistry and Graduate Institute of Clinical Dentistry, School of Dentistry, National Taiwan University 38

39 (1) (2) TAO-14 Anchorage Consideration for Orthodontic Implant Site Development Hsin-Kuang Chen TAO-15 Application of TADs as Anchorage in Lingual Orthodontics Kuang-Dah Yeh T A D s anchorage TADs case TADs TADs TADs TADs center of resistance buccal root torque and distal rotation cortical bone anchorage anchorage loss absolute anchorage miniimplants miniplates and onplants 39

40 torque control palate leverarm TADs absolute anchorage torque control mini-implants palatal side interdental space buccal side safe zone TAO-16 Consideration of Intraoral Anchorage (IOA) Jian-Hong Yu Department of Orthodontics, China Medical University and Medical Center, Taiwan Some easy and quick methods for intraoral anchorage preparation with LH wire (Improved Super-elastic Ti- Ni alloy wire, developed by Tokyo Medical and Dental University) will be introduced. [Case Presentation] (1) Maximum anchorage is one of the most crucial conditions in orthodontic treatment for severe crowding and protrusion cases. Conventionally, orthodontists use reinforced anchorage, such as transpalatal arch (TPA) plus headgear in the upper arch and lip bumper or lingual arch in the lower arch. However, with the newly developed closed coil spring, which exerting constant forces due to its splendid characteristics, contributing to the concept of differential orthodontic forces, only serial ligature tying (SLT) at the posterior anchorage unit can be effective. Besides, alternatives such as crimpable stopper placement and posterior MEAW application can help a lot in consolidating the posterior anchorage unit. In addition, with flowable composite resin at the posterior segment teeth can be another effective option in clinical preparation for maximum anchorage, without the use of skeletal anchorages or EOA. With this method, invasive procedure and complicated chairside work can be avoided. (2) Furthermore, LH wire leveling can be self-anchorage for rotated tooth correction. (3) Crimpable hook can also be used as dynamic anchorage during i m p a c t e d t o o t h t r a c t i o n. ( 4 ) Other examples of IOA, such as revolving implant. [Discussion and Summary] With LH IOA, anchorage preparation can be simplified. Patients feel comfortable, can easily maintain their oral hygiene, get rid of uncomfortable and inconvenient appliances during the treatment, and most of all, are satisfied with a non-invasive successful treatment result. TAO-17 Facial Improvement and Anchorage Considerations Yen-Peng Chen C M U, D. D. S N T U, M. S. D NTUH Certification TA O Certification Best case award Committee facial improvement temporary a n chorage d e vices,tads convenient assurance! invasive failure rate root damage case 40

41 selection ISW clinical properties TADs reliability myofunctional therapy,mft winwin TAO-18 Anchorage Preparation in Different Tooth Movement Technique (Tip- Edge Plus) Hui-Lin Chen Bodily Tooth Movement Tipping Tooth Movement Canine Retraction Bodily Tooth Movement Intrusion Tipping Tooth Movement D i ff e r e n t Tooth Movement Technique Tip-Edge Plus Bracket TAO-19 Anchorage Preparation with Differential Moment Mechanics Shou-Hsin Kuang 2000 temporary Anchorage Devices TAD reinforce anchorage differential effect of very large force cortical anchorage stationary anchorage --- differential moment bodily movement tipping movement TAO-20 Anchorage- It Is All about Force System!! Hoi-Shing Luk Medical University Director, Luk's Orthodontic Clinic Clinical Assistant Professor - Chung Shan Diplomate, American Board of Orthodontists Member of The Edward H. Angle Society of Orthodontics, North Atlantic Component Anchorage control is an important issue in clinical orthodontics. Orthodontists demand absolute 41

42 control of teeth movement but most of us do not fully understand the real picture behind this. They hope the patient comply their instruction to wear the extra-oral device such as headgear. In the other hands, orthodontists place extra miniscrews for their anchorage purpose. However, anchorage preparation b e g i n s f r o m y o u r t r e a t m e n t planning. You can finish most of the cases without using those heavy weapons. Another shocking news is even you use mini-screws for anchorage, the posterior teeth are moving forward when you retract the anterior teeth with incorrect force system design. Frequently, anchorage lost will not only happen during closing space. Anchorage lost begins in the very early stage, alignment of teeth. The force system is not the same in every patient because all malocclusion is unique. Different prescription or different brand of the brackets and special wires will not solve your problem. It is the time for you to think about the interaction between the wire and the bracket (tooth)---- Well design force system is the only key for success. 42

43 Invited Papers WIOC-01 The Past, Present and Future of Implant Orthodontics Chih-Peng Su University Professional Orthodontic Center in Taipei, Taiwan Clinical Professor of Taipei Medical Visiting Professor of Showa University, Japan Implant orthodontics is a grand specialty with a storied past and exciting present. The first research of temporary anchorage device in dogs was described as early as 1945 by Gainsforth and Higley. Untill 1983, the first clinical case was reported by Greekmore and Ekulund in the literature of the use TADs to intrude and correct the upper incisors. After the mid 1990s, clinicians in the Far East are placing TADs on a routine basis and, nowadays, these innovative new concepts and techniques are increasingly spread to the whole world. Implant Orthodontics could be used in a wide variety of clinical applications as follows: (1) anterior segment retraction & intrusion (2) canine retraction & protraction (3) premolar extrusion, intrusion, retraction & protraction (4) molar uprighting, protraction, distalization, intrusion & extrusion (5) entire dentition distalization (6) correction of midline (7) correction of crossbite (including scissors bite) (8) correction of ectopic tooth (9) as a skeletal anchorage in edentulous area (10) as a reinforced anchorage in in-cooperative patients (11) as a help for pre- or post-surgical orthodontics to save surgical site or to achieve better occlusion. Despite huge advances in clinical applications at present, using TADs with some complications could occur (1) during and following insertion (2) during the loading period and (3) at removal period. Besides, due to mass commercial propagations, it seems to be overused and even wanted to replace conventional o r t h o d o n t i c s a n d s u r g i c a l orthodontics. Owing to the fast developments and innovations of other medical fields, it is possible that the use of new concepts, like well-established tooth-bank system and stem cells development etc., will replace TADs as skeletal anchorage and make implant orthodontics go down in history in the future. The purpose of this presentation is to describe the brief history, show cases to demonstrate the contemporary pros and cons of using miniscrews, and predict the future of implant orthodontics. WIOC-02 World Trend of Anchorage Development - TAD Birte Melsen 1964: Examination for the dental degree (first class degree), Royal Dental College, Aarhus 1971: Jus Practicandi as dentist 1974: The Odontologic Doctorate, Royal Dental College, Aarhus 1971: Acting Head, Department of Orthodontics, Royal Dental College, Aarhus : Associate Professor, Department of Orthodontics, Royal Dental College, Aarhus 1975-Professor and Head, Department of Orthodontics, School of Dentistry, Aarhus 1986-Part time practice in Lübeck, Germany (Adult Orthodontics only) Since my communication in 2005 e n t i t l e d " S k e l e t a l a n c h o r a g e where are we?' the application of skeletal anchorage has developed dramatically. The numbers of TADs are increasing and the number of papers, mostly case reports, has grown exponentially. The failure rate reported does nevertheless reflect insufficient knowledge of factors 43

44 contributing to the failure rate. Factors like type of TAD, cortical bone thickness insertion and loading have been mentioned. A learning curve reported on this, but without a clear definition of the factors leading to reduced failures. Studies of large patient groups may identify some factors of importance, but the number of possible variables may reduce the value of such studies. A separate analysis of the roles played by TAD, doctor and patient is necessary, if the failure rate is to be reduced. Given a certain quality of bone and a standardized loading the influence of different designs can be analyzed. The transfer from primary to secondary stability can be analyzed following standard loading of one type of TAD in an animal model. The influence of the host, the patient who receives the TAD, can only be obtained by collecting information on the patients who have lost one or more TADs. The lecture will attempt to analyze the role of the TAD: of the handling including insertion and loading; and of the host, the patient, including insertion site and bone turn-over. WIOC-03 The Combined Orthodontic and Surgical Management of the Alveolar Ridge Augmentation Using Distraction Osteogenesis and TADS Dror Aizenbud Orthodomtic and Craniofacial Center, Graduate School of Dentistry, Rambam Health Care Campus and Faculty of Medicine Technion, Israel Institute of Technology, Haifa, Israel. A l v e o l a r d e f e c t s c a n r a n g e f r o m s m a l l i s o l a t e d a r e a s t o extensive areas of bone loss involving the entire arch mostly due to congenial anomaly, tumor resections, traumatic avulsion of teeth, periodontal disease or alveolar bone loss post extraction. Distraction osteogenesis is a biological process of new bone formation between the surfaces of bone segments that are gradually separated by incremental traction. This procedure is currently in use to increase vertical and transversal bone volume of the alveolar ridge in traumatic and congenital anomaly patients, while the soft tissues are also reconstructed during its application. However, alveolar ridge augmentation through distraction most often ends in a straight and flat alveolar ridge structure rather than a curvature line augmented b o n e. Te m p o r a r y a n c h o r a g e devices (TADs) may be inserted into the regenerated segment enabling multidirectional orthodontic force application to control the distraction vector thus achieving the proper alveolar ridge architecture. The aim of this presentation is to describe the multidisciplinary approach applying a surgical, o r t h o d o n t i c a n d r e s t o r a t i v e m a n a g e m e n t p r o t o c o l. T h e technique begins with preliminary orthodontic treatment of leveling and alignment of both the maxillary and mandibular dental arches. Alveolar distraction osteogenesis is then applied for augmentation combined with TADs' insertion. The application of TADs for best anterior segment curvature enables dental implant insertion, better positioning and restoration. The results are good aesthetics, functioning and occlusal relationships. 44

45 WIOC-04 World Trendiest TAD: Beautiful Face First Somchai Manopatanakul Education: 1993: DDS. (Honours) Faculty of Dentistry, Mahidol University 1996: GradDip. (Periodontics) Faculty of Dentistry, Chulalongkorn University 2000: MDSc. (Orthodontics) The University of Queensland (AUSTRALIA) 2004: Diplomate Australasian Board of Orthodontics Work experiences: : Faculty of Dentistry, Prince of Songkhla University 2000-now: Department of Hospital Dentistry, Faculty of Dentistry, Mahidol University At present, orthodontic implant is the world trend of orthodontics. O r t h o d o n t i s t s c o n s i d e r t h a t treatment of very difficult cases using implant is trendy. Closing a n t e r i o r o p e n b i t e, i n t r u s i o n of molars or treating mutilated m a l o c c l u s i o n m a y a l s o b e considered trendy in orthodontics. However, do patients feel it? Naah On the patients' side, some patients may consider the beautiful face rather than perfect occlusal interdigitation, the trendy issue for them. The trendiest issue for the patients might be having a beautiful face within 3-4 months. Moreover, can they have beautiful face within 3-4 months time without any braces showed and also without pain? Would that be really really hip for the patients? This presentation will discuss about all new technologies combined w i t h i m p l a n t o r t h o d o n t i c s t o achieve beautiful face first. Then, the alignment will be finished without any obvious braces. These new technologies include clear aligner, pain free low-to-no friction brackets or even no bracket and biomechanics of tooth movement with implant. It will transform TAD from trendy topic to "the world real trendiest orthodontics." WIOC-05 Lessons learned from Animal Experiments for Using Miniscrews Jane Chung-Chen : National Taiwan University Taipei, Taiwan :NTU Hospital Taipei, Taiwan : UC, San Francisco : UC, San Francisco : UC, San Francisco 1999: UC, San Francisco : Dental Department, NTU Orthodontics : Dental Department, NTU 2004: Grad. Program in Oral Biology (joined appointment) : Grad. Program in Clinical Dentistry Assistant Professor 2008: Grad. Program in Clinical Dentistry Associate Professor Animal experiments can avoid ethics problems with human studies. Animal experiments were performed to address: 1) With intentional direct root contact during insertion, what is the tissue response and whether this affects the stability of miniscrews? 2) What is the consequence of miniscrew or root undergoing c o l l i s i o n d u r i n g o r t h o d o n t i c treatment? 3) Will the stability of miniscrew be compromised, if it is loaded with a moment during orthodontic treatment? In order to keep the experiments under the same condition, titanium bone screws, 2 mm in diameter and 11 mm long (Leibinger, Freiburg, Germany) were implanted into mongrel dogs. Screws were given various conditions to address those three issues. Mobility, removal torque and histological sections were examined. Based on these data, we recommend that 1) screws can be planned to insert in the interradicular space only if there is a sufficient space for clearance between roots, since root touching will create higher risks for failure. 2) extensive root movement towards the miniscrew should be avoided. Titanium screw created a shallow concavity on root if tooth was moved against the screw during orthodontic treatment. 3) Moment loaded on the screws may be harmful. Though the stability of 45

46 certain screws loaded with either clockwise or counter-clockwise moment seemed to be affected, the removal torque value of the screws which remained until the end of experiments did not reach statistical significance when compared to the control group. WIOC-06 3D Imaging and It s Role in Implant Planning in Orthodontics Chung How Kau Professor Kau is Chairman and Professor with Tenure in the Department of Orthodontics at the University of Alabama in Birmingham. He is an active clinical practioner and researcher with a keen interest in three-dimensional and translational research. He actively contributes and publishes in the orthodontic literature and currently has over 100 peer-reviewed publications, conference papers and lectures. 3D CBCT imaging has become a popular tool for diagnosis and treatment planning in orthodontics. This lecture will focus on the use of this technology in imaging the maxillo-mandibular region for temporary anchorage device (TAD) placement. It also depicts some of the clinical results after CBCT evaluation and makes suggestions on the use of CBCT technology for favorable sites for TAD placement. WIOC-07 Can 3-D Modeling and Finite Element Analysis Be Used as Clinical Tools for Planning Miniscrew Placement? Peter Wing Hong Ngan Pediatric Dentistry, Cert. in Ortho, Pedo and Hospital Dentistry, (U. Penn), Diplomate, Diplomate, Amer. Board of Orthodontics. Amer. Board of Stability of miniscrew implants depends upon good mechanical interlocking between the screw and the bone. Bone is subject to fatigue, especially when dynamic or excessive force is applied. The integrity of the peri-implant bone affects the long-term stability of miniscrew implants. Placement of the screws as well as the design including the depth of the threads, the edge of the threads, the shape and diameter have all been shown to affect the frequency of screw failure in the clinic. Currently, the planning of miniscrew placement is limited to the use of clinical judgment in addition to 2D panoramic radiographs. The use of digital radiography can overcome some of the problems of image distortions resulting from magnification or image noise and reflections, but stress and strain distributions under orthodontic force application cannot be determined. Modern medical imaging, modeling and finite-element analysis (FEA) solutions can provide powerful tools for optimizing 3D morphology from radiographic scans and determining stress and deflection distributions for complex anatomical geometries such as bone. The speaker will discuss the use of 3-D modeling and FEA to determine the stress profile on the miniscrew implant and peri-implant bone upon application of orthodontic force. In addition, the effects of orthodontic bracket hook length and angle of force application on resulting stress response of PDL will be used as examples on how these modern tools can be used clinically to plan for miniscrew placement. WIOC-08 New Advances in Posterior Intrusion and Mini-Screw Design M. Ali Darendeliler Dr M. Ali Darendeliler is Professor and Chair of Orthodontic, Discipline of Orthodontics, at the University of Sydney and Head of Department, Sydney 46

47 Dental Hospital, Sydney South West Area Health Service. He received his dentistry training from the University of Istanbul and his PhD from the University of Gazi, in Turkey and his first specialist training in orthodontics from the University of Geneva, Switzerland and his second specialist training from the High Education Counsil, Turkey. During the course of his career he has undertaken duties as a clinical instructor, research and postgraduate coordinator (Maître d' Assisstant et de Recherche) at the University of Geneva, Assistant Professor at the University of North Carolina, Research Professor at the University of Southern California. His research interests include orthodontic tooth movement, root resorption, obstructive sleep apnoea, temporary anchorage devices, sequential aligners, selfligating brackets, orthopaedic treatment modalities, magnetic fields and forces and dentofacial orthopedics. He lectured in North and South America, Europe, Asia, Africa and Australia Following the introduction of the Temporary Anchorage Devices laboratory and clinical research focused on simplifying direct and indirect anchorage methods and mechanics as well as in improving the primary and secondary stability of mini-screws. Different ways of applying intrusion mechanics and a new screw design to increase stability have been tested at the University of Sydney. WIOC-09 Preparation of Optimal Design and Surface Functionalization on Metal-Based Mini-Implants in Vitro Hsin-Chung Cheng Director, orthodontic department, Taipei Medical University Hospital, and Associated professor, Taipei Medical University, Taipei, Taiwan Birth date, 1959,8,30 DDS, Taipei Medical University. ( ) Resident training on general dentistry, Chang-Gung Memorial Hospital. ( ) Diploma in orthodontics, Chang- Gung Memorial Hospital. ( ) Research fellow, craniofacial center, Chang-Gung Memorial Hospital. ( ) MSD in orthodontics, Taipei Medical University. ( ) PhD in biomaterial and bioengineering, Taipei Medical University. ( ) Director, orthodontic department, Taipei Medical University Hospital. (1995-now) Chairman, department of dentistry, Taipei Medical University Hospital. (1997-now) Associate professor, Department of Dentistry, Taipei Medical University. (2007-now) Director, Office of Continuing & Extension Education, Taipei Medical University. (2009-now) Deputy President of board of directors, Taiwan Association of Orthodontists. ( ), Chief Supervisor, TAO ((2007- now) Director, Center for Publishing Affairs, Taipei Medical University. ( ) Vice superintendent, Taipei Medical University Hospital. ( ) President, Association of Family Dentistry, ROC. ( ) President, Taiwan Association of Oral Health Care. ( ) Secretary General, Association for Dental Sciences of the Republic of China. ( ), Deputy President of board of directors, ADSROC (2007-now) Deputy President of board of directors, Taiwan Dental Association. ( ) M e t a l - b a s e d i m p l a n t a l l o y s h a v e b e e n w i d e l y u s e d a s artificial implants such as dental implants, mini-implants and metal plates. Among them, titaniumbased ferrous-based alloy are commonly applied as materials of mini-implants. Because the formations of native oxide films a r e i n v e s t i g a t e d a s t i t a n i u m exposures in air environment, the oxide film possesses excellent biocompatibility. Furthermore, several studies have demonstrated that as increasing the thickness of the oxide layer, hemocompatibility of the oxide layers was obviously improved obviously. It also shows 47

48 that the titanium surface containing oxide layer, so there is characteristic that has finer biological compatibility more than other metals. However, the native oxide is too thin, resulting in being not able to prevent relation of metal ions. Therefore, there have many surface treatment methods such as machinery processing, functional processing, physical vapor deposition, sandblasting, thermal oxidation, and acid etching. All of them, the other purposes of the surface treatments are to enhance the anchorage capability. However, mini-implant is kind of temporary biomedical implant. How to enhance the anchorage capability of mini-implants and remove the mini-implant easily is an important issue. Consequently, this study has two objectives. First, this study investigates the possibilities and limitations of surface treatments for controlled anchorage capability of mini-implants. The optimal functional processing will be discussed serially. Second, this study examines the use of optimal surface modification to enhance the blood compatibility of mini-implant. Properties of untreated and treated mini-implants were evaluated by material analysis and biocompatible test, and animal test. WIOC-10 The Practical Application of Temporary Skeletal Anchorage Device (TSAD) in Dental and Maxillofacial Fields Satoshi Kozato 1997: School of Dentistry, Aichi-Gakuin University (D.D.S.) 2003 Graduate School of Dentistry, Aichi-Gakuin University (Ph.D.) Deputy Chief of Clinic, Kozato Dental and Orthodontic Clinic : Part-time Research Associate, Department of Orthodontics, School of Dentistry, Aichi-Gakuin University Part-time doctor, Department of Oral and Maxillofacial Surgery, Kagawa Prefectural Central Hospital Part-time lecture, Department of Orthodontics, School of Dentistry, Aichi-Gakuin University Part-time doctor, Department of Plastic and Reconstructive Surgery, Kagawa University Hospital Kozato Orthodontic Clinic It has already become widely common in the use TSAD in various orthodontic treatments. TSDA is absolutely necessary for the patients with severe orthodontic problems. Because of its stability, even in the limited uses in oral and dental regions, it has also drawn the clinical interests of other dental and maxillofacial fields for its usefulness. While searching for a better success rate with TSAD, there has been research concerning which screw types and surface situations work best. I would like to introduce a new idea in novel screw type TSAD and, then second, the other uses and methods that TSAD have potentials in other fields. I hope that these utilities could help you improve your orthodontic treatments better. One idea on screw shape No matter how much money or effort you spend on researching screw types and surfaces that doesn't mean that you will receive the desired results. It was found that use of already processed screws that were currently being used caused the success rate to increase. by performing full body anesthesia It is common when someone has an accident and receives a large facial injury or has facial burns there are facial tears caused by damage and that makes it difficult to secure tracheal tube in place that is required for airway management. Using TSAD secure and easy capabilities, we can manage a stable intraoral jaw bones, mainly maxilla, where the tube for airway in anesthesia can be secured safely and certainly, further, making later surgeries possible. 48

49 use for sleep apnea syndrome(sas) NCPAP and Oral Appliance can be used for light and mild cases of SAS. However, there were some patients that while using these had a sense of incongruity and were not able to use them.$b!!(bbecause of their inability to use traditional methods to cure their affliction and the overwhelming effect it had on their daily lives, TSAD may offer a different option and can be used with the purpose of creating airways. As an orthodontic surgeon and from a clinical stand point of view, I would like to lecture on the topics above. TSAD could give orthodontic surgeons the novel chances to participate in and contribute to other dental and maxillofacial fields. WIOC-11 With a Little Bit of Help from My Friend Loh Kai Woh Dr. Loh graduated from the University of Singapore in 1976 and obtained his master of dental science from the University of Pittsburgh in 1982 through a scholarship awarded by the National University of Singapore. He was a full time instructor at the National University of Singapore till He founded the Association of Orthodontists, Singapore in 1991 and was the president for the first 2 years. He is the President of Asian Pacific Orthodontic Society Dr. Loh has given presentation in Malaysia, Indonesia, Vietnam, Singapore, Japan, Thailand, China, Philippines, Taiwan, Australia and South Korea. He was a keynote lecturer at the 7th International Orthodontic Congress held in Sydney, in February In all orthodontic mechanics, anchorage is perhaps the most i m p o r t a n t c o m p o n e n t o f t h e whole biomechanic system. Many failures in orthodontic treatment are due to inadequate preparation for anchorage. In some cases, orthognatic surgery and extractions are indicated mainly because proper anchorage cannot be achieved. All extra oral anchorage depends on patient's cooperation. In cases where such cooperation is not fulfilled, the orthodontic results can be disastrous. With a little bit of help from our friend, the orthodontic mini implant, what were impossible to be treated b e f o r e, c a n n o w b e t r e a t e d. Extraction cases can be converted to non extraction cases. Teeth can be moved to distal end saddle areas. Uneven incisal plane can be leveled. Scissors bite of the upper 2 nd molars is a common problem. In the past, such teeth were often removed but, they can now be saved. Treatments for patients with multiple missing teeth were always a problem, but now, they are more manageable. Even orthognatic surgery cases can be avoided when orthodontic mini implants are used. Mini implant anchorage is truly an orthodontic revolution. WIOC-12 Non-Surgical Treatment for Various Skeletal Malocclusions with Skeletal Anchorage System Junji Sugawara 1973: Graduated from Tohoku University 1973: Instructor of the department of orthodontics at Tohoku University 1981: Visiting assistant professor at the University of Connecticut 1991: Associate professor at Tohoku University Present: Visiting professor at the University of Connecticut Present: Director, SAS Orthodontic Centre, Ichiban-cho Dental Office, Sendai, Japan The Skeletal Anchorage System (SAS) consists of orthodontic miniplates and monocortical screws that are temporarily implanted in the zygomatic buttress or the mandibular body, or in both, as a b s o l u t e a n c h o r a g e s. S i n c e miniplates are placed outside of the dental arches, they do not disturb teeth movement of any kind. The most distinguished feature of the SAS is it enables us to predictably 49

50 move molars with ease as we can move teeth in the anterior dentition. Therefore, it has become possible to camouflage skeletal malocclusion that has been recognized as an indication for orthognathic surgery in conventional orthodontic diagnosis. Furthermore, as SAS is a noncompliance appliance and functions like an invisible headgear, it is extremely effective biomechanics for adult orthodontics. In this conference, I will principally focus on skeletal Class II openbite and Class III patients who require SAS biomechanics for camouflage. For instance, intrusion of the upper and lower molars with the application of SAS is effective to correct anterior open-bite with skeletal Class I or Class II facial type. Distalization of molars and/ or entire dentition is useful for improvement of Class II or Class III malocclusion with or without mandibular asymmetry. Thus, we can significantly decrease the number of orthognathic cases. The SAS has become an indispensable modality to camouflage any type of malocclusions with skeletal d i s h a r m o n i e s i n o u r c l i n i c a l orthodontics. WIOC-13 Extreme Orthodontics: Application of Micro-Implant for Orthopedic Correction Won Moon UCLA School of Dentistry, Section of Orthodontics, Certificate in Orthodontics, 1991 UCLA School of Dentistry, Section of Oral Biology MS, 1991 Harvard School of Dental Medicine, D.M.D., 1989 University of California, Irvine, BS in Mathematics, 1984 The primary aim of this presentation is to explore and to expand the a p p l i c a t i o n o f M i c r o - I m p l a n t Technology in orthopedic correction of maxillofacial complexes rather than limiting its use only as an anchorage device. Clinical and mechanical obstacles associated with orthopedic correction utilizing the conventional orthodontic t r e a t m e n t m o d a l i t i e s w i l l b e e x p l o r e d, a n d s e v e r a l n e w approaches eliminating these problems by the use of Micro- Implants will be presented. Several clinical cases involving significant changes in maxillofacial complexes will be examined in detail. T h e s e c o n d a r y a i m i s t o demonstrate the application of Micro-Implants in Non-Surgical c o r r e c t i o n o f m a l o c c l u s i o n s manifested by skeletal disharmony. Several clinical cases will be presented and examined in detail. It is clear that orthopedic correction is possible in 3-D when utilizing the Micro-Implant Technology. The use of growth modification technique in conjunction with this new device opens doors to many new possibilities. The Micro- Implant technology brings exciting new dimensions to the discipline o f o r t h o d o n t i c s. D e s p i t e t h e enormous popularity and interests it commends, we have only seen the tip of an iceberg. Many more research and clinical studies are necessary in order to fully understand the impact it will have on all of us. WIOC-14 Dentofacial Orthopedic Correction of Complex Malocclusions with Osseointegrated TADs and ISPs W. Eugene Roberts Dr. Roberts received a DDS from Creighton University, a PhD in Anatomy from the University of Utah, and Clinical Certification in Orthodontics from the University 50