Programme (click to open)
FRIDAY 2 JULY, 18:00-20:00 BST (19:00-21:00 CET)
18:00-18:45 - The rational use of CBCT and a novel 3D cephalometric analysis in orthodontics.
Dr Giovanna Perrotti, Lake Como Institute - Advanced Implantology Training Center (Italy)
Sponsored by
19:00-20:00 UTC - Sheldon Friel Memorial Lecture: "It's not just about the teeth..."
Professor Susan Cunningham, UCL (UK)
SATURDAY 3 JULY, 10:00-12:30 BST (11:00-13:30 CET)
10:00-11:45 - Houston Oral Presentations
Chaired by Professor Fraser McDonald, King's College London (UK)
1. Evaluation of the effectiveness of a tailored mobile application in improving adherence with thermoplastic retainers: a randomised controlled trial - Dr Dalya Al-Moghrabi
2. Herbst versus the twin block functional appliance: a randomised controlled trial - Mr Moaiyad M. Pacha
3. Investigating perceptions of patient-centred care in orthodontics - Miss Nima Amin
4. Orthodontic apps: an assessment of quality using the mobile app rating scale and behaviour change techniques -
Miss Nausheen Siddiqui
5. Psychological support of orthognathic patients - Miss Paula Sinnott
6. Shared decision making in adult orthodontic patients: a cross-sectional study - Miss Farnaz Motamedi-Azari
7. Influence of topical fluorides on mechanical and electrochemical properties of commercial nickel titanium and copper nickel titanium orthodontic archwires - Dr Maï-linh Tran (Houston Best Scientific Poster Award winner)
12:15-12:30 - Houston Awards and Poster Prizes
Dr Giovanna Perrotti, Lake Como Institute - Advanced Implantology Training Center (Italy)
Sponsored by
Professor Susan Cunningham, UCL (UK)
Chaired by Professor Fraser McDonald, King's College London (UK)
The Sheldon Friel Memorial Lecture given by Professor Susan Cunningham with the title: "It's not just about the teeth" will be held on Friday 2 July, 19:00-20:00 BST. This honour is awarded by the Council of the EOS to a person who is an orthodontist, or who has interests associated with orthodontics, as recognition of past scientific achievement.
Sheldon Friel Memorial Lecture: It's not just about the teeth...
Professor Susan Cunningham
Professor of Orthodontics/Honorary Consultant at the UCL Eastman Dental Institute, London, UK
Speaker Bio
Susan Cunningham graduated from Leeds University, UK, in 1988. Her orthodontic training was undertaken at the Eastman Dental Institute in London, gaining an MSc in 1994, Membership in Orthodontics in 1995 and PhD in 2000. She is now Professor of Orthodontics/ Honorary Consultant at the UCL Eastman Dental Institute and is also Programme Director of the postgraduate orthodontic programme. She is a past honorary secretary of the European Orthodontic Society and is currently Director of Research for the British Orthodontic Society.
Her main research interests are in the psychology of dentofacial discrepancies and the process and outcomes of orthodontic treatment. She has published more than 125 original research papers and contributed to a number of specialist textbooks.
Learning Objectives
- Be able to describe what patient centred research is
- Appreciate how patient centred research works alongside more conventional clinical research and recognise its importance in orthodontics
- Be able to discuss how patient centred research may contribute to the development of orthodontic services in the future
Abstract
This presentation will look at the importance of undertaking research which examines the needs, values and role of our patients and which focuses on those questions and outcomes which matter most to them. The importance of seeking patient input and taking into account patients’ opinions at all stages of treatment will be considered, alongside the research evidence. The implications for this area of research in future healthcare planning will also be discussed.
This presentation will look at the importance of undertaking research which examines the needs, values and role of our patients and which focuses on those questions and outcomes which matter most to them. The importance of seeking patient input and taking into account patients’ opinions at all stages of treatment will be considered, alongside the research evidence. The implications for this area of research in future healthcare planning will also be discussed.
The rational use of CBCT and a novel 3D cephalometric analysis in orthodontics.
How to integrate 3D cephalometry with maxilla facial visual treatment planning.
Dr Giovanna Perrotti
CEO of Lake Como Institute (Advanced Implantology Training Center), Como, Italy
Sponsored by
Speaker Bio
Dr. Giovanna Perrotti is CEO of Lake Como Institute.
She received her degree in Dentistry (DDS) and post-graduate degree in Orthodontics at the University of Milan, Italy.
Visiting Professor at the post-graduate degree in Orthodontics, University of Milan.
Senior lecturer at various academic post-graduate courses:
- “Advanced Course in Oral Implantology”, IRCCS Galeazzi Institute, University of Milan.
- “Rehabilitation therapy and reconstructive surgery in Implantology” (Director: prof. AB Giannì) at University of Milan.
- “Advanced Course in Implantology”, University of Genova.
Author of the book “3D Imaging in dentistry from multiplanarcephalometry to virtual implant surgery planning”, Quintessence Publishing, Chicago, USA, 2015.
Co-author of:
- “Esthetics in Implantology”, Utet Medical Sciences.
- “Guided surgery and immediate-loading in the aesthetic zone”, Med Tutor Media 2014.
Learning Objectives
Learn how a 3D cephalometry integrated in an image processing software provides detailed information about the anthropometric structure of the human skull.
Obtain the nosological classification of the subject under examination and make the correct diagnosis, using the information provided by the cephalometry.
Observe how the cephalometry performed in the post-surgical phase provides skeletal information on the objectives achieved and the resolution of the malocclusion.
Abstract
Since its introduction into dentistry in 1998, CBCT has become increasingly utilized for orthodontic diagnosis, treatment planning and research. . Despite many suggested indications of CBCT, scientific evidence that its utilization improves diagnosis and treatment plans or outcomes has only recently begun to emerge for some of these applications. Cone beam computerized tomography (CBCT) is becoming increasingly common in the orthodontic office and a wide range of software is now available. What is the state-of-the-art of CBCT prescription according to international guidelines? And what might we expect from CBCT in orthodontics in the future?
Orthodontic dental classification used is dated more than 100 years ago. Skeletal and dental classification of malocclusion has an important role in diagnosis and treatment planning. Facial types of a multidimensional nature derive from the combination of anteroposterior and vertical dimensions.
Cephalometric measurements can be used to establish facial symmetry and three-dimensional standard references which might be useful for orthodontic and surgical planning.
We propose a novel 3D Multiplanar cephalometry useful for nosological classification of skeletal malocclusions.
Since its introduction into dentistry in 1998, CBCT has become increasingly utilized for orthodontic diagnosis, treatment planning and research. . Despite many suggested indications of CBCT, scientific evidence that its utilization improves diagnosis and treatment plans or outcomes has only recently begun to emerge for some of these applications. Cone beam computerized tomography (CBCT) is becoming increasingly common in the orthodontic office and a wide range of software is now available. What is the state-of-the-art of CBCT prescription according to international guidelines? And what might we expect from CBCT in orthodontics in the future?
Orthodontic dental classification used is dated more than 100 years ago. Skeletal and dental classification of malocclusion has an important role in diagnosis and treatment planning. Facial types of a multidimensional nature derive from the combination of anteroposterior and vertical dimensions.
Cephalometric measurements can be used to establish facial symmetry and three-dimensional standard references which might be useful for orthodontic and surgical planning.
We propose a novel 3D Multiplanar cephalometry useful for nosological classification of skeletal malocclusions.
REGISTRATION FEES
Registration entitles you to view the digital posters from 21 June to 3 July, and the live lectures on 2 and 3 July.
Registration fees are inclusive of 20% VAT and non-refundable. Payment must be made electronically by credit/debit card.
| CATEGORY | FEE |
| EOS Member | £30.00 |
| EOS Postgraduate / EOS Life Member | £12.00 |
| Non-member | £75.00 |
| Postgraduate Student/Trainee (Non-member) | £36.00 |
Contact us
+44(0)2078085623
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