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Covering the latest advances in mini dental implant technology, Mini Dental Implants: Principles and Practice makes it easy to incorporate MDIs into your practice. An illustrated, evidence-based approach shows how MDIs can provide successful outcomes in long-term use and also in shorter-term transitional applications. This success is proven by 20 years of clinical trials and research, showing that the Sendax Mini Dental Implant System can benefit your patients with faster surgery, reduced pain, faster healing, and less risk of infection. Written by noted implant dentistry expert Dr. Victor I. Sendax, this text allows you to offer patients a minimally invasive, immediately functional, and lower-cost alternative to traditional dental implants. Easy-to-understand coverage from different perspectives allows you to access information most applicable to your own practice, and to learn more about the other roles involved in achieving successful outcomes, including the general practitioner, periodontist, oral & maxillofacial surgeon, maxillofacial prosthodontist, orthodontist, and laboratory technician. An advanced approach with evidence-based outcomes clearly demonstrates the success of mini dental implant technology and keeps you on the cutting edge of the science of implantology. Well-known author Dr. Victor I. Sendax is a diplomate, past president of The American Board of Oral Implantology/Implant Dentistry and The American Academy of Implant Dentistry, and winner of the 2012 AAID Research Foundation Award. Step-by-step instructions show the basic protocol for Sendax MDI insertion and reconstruction. Highly regarded contributors add their expertise to discussions of MDI technology and practice. A discussion of Engineering Assisted SurgeryTM (EASTM) enhances your care by improving diagnosis and 3-D planning, reducing intervention trauma, and improving the standardization of quality and outcomes. Clinician’s MDI Forum includes Q & A sections allowing you to quickly find answers to commonly asked questions.
Immediate dental implant placement and loading treatment protocol has been investigated with the promising clinical results. However, the use of short implant in this treatment option has not been performed. The purpose of the study was to compare the clinical outcomes and survival rates of immediately-loaded short implants and conventional length dental implants (Pw Plus dental implant system, Thailand) in replacing mandibular molar teeth.Materials and methodsThe clinical study was approved by the Human Experimentation Committee. Fifty implants in 46 patients were included in the study. Twenty five short dental implants (6 mm.) and 25 conventional dental implants (10 mm.) were randomly placed as single tooth replacements in the edentulous molar areas of the mandibles. Provisional, CAD-CAM, ceramic block (Shofu HC) crowns were cemented to the abutments of the implants, and immediately loaded. The clinical parameters, such as insertion torque (IT), resonance frequency analysis (RFA), marginal bone level changes, and complications, were recorded and statistically analysed.ResultsTwo short implants and two conventional implants were excluded from the study due to insufficient insertion torque (less than 35 Ncm). Two short implants disintegrated, and one conventional implant failed. The accumulate survival rate of short implants was 91.30%, compared to 95.65% for conventional implants. However, there was no significant difference between the two implant types (P (Fisheru2019s exact) = 1.00). Only minor complications were found (three provisional crown fractures with short implants and two with conventional implants).The differences in IT among the two implant types were not significant (P =.264). There was no significant difference in ISQ value for short or conventional implants between baseline (short: 73.86 u00b1 2.38 mm, conventional: 75.05 u00b1 3.26mm, P=.088) and four months after loading (short: 72.37 u00b1 1.35 mm, conventional: 72.89 u00b1 1.87 mm, P=.165). The mean change in marginal bone level four months post-loading was 0.24 u00b1 0.29 mm for short implants and 0.26 u00b1 0.29 mm for conventional implants ; there was no statistical difference between the two implant types.ConclusionsWithin the limitations of this study, the findings seem to confirm that the immediate loading of short implants is a viable option, comparable to conventional length implants in terms of implant survival, marginal bone loss and ISQ value.
The Journal of Prosthodontics has been the official publication of the American College of Prosthodontics for more than 20 years. In excess of 1,000 peer-reviewed articles on a wide variety of subjects are now in print, representing a treasure chest of history and valuable information on a myriad of topics of interest to the specialty of prosthodontics. Journal of Prosthodontics on Dental Implants is a “best of” compilation of the journal’s articles from a number of years, focusing exclusively on the multiple applications of osseointegrated implants: for the management of the partially edentulous patient, management of the completely edentulous patient, and management of patients with maxillofacial defects. Sections also relate to in-vitro studies and general considerations to round out the readership selections. Whether you’re a subscriber who’s looking for implant articles in one convenient collection or a clinician with a focus on implant dentistry looking to improve your knowledge base, Journal of Prosthodontics on Dental Implants is a must-have for your personal library.
SINGLE IMPLANT PLACEMENT IN THE AESTHETIC AREA: IMMEDIATE LOADING VERSUS TRADITIONAL DELAYED: SURGICAL APPROACH AND 5 YEARS LONG TERM EVALUATIONBackground & aimThe immediate implant placement in a fresh socket after tooth extraction is considered a reliable therapeutic procedure and it presents the advantage of having a considerable amount of native bone. This technique also reduces the number of surgical procedures and the overall treatment time, obtaining the patientu2019s approval and satisfaction. The anterior aesthetic area is considered critical to treat: in fact it is fundamental to obtain hard and soft tissue stability in order to obtain long term biological and aesthetic success.Clinical studies showed that in several situations the technique reported here is also applicable in the aesthetic area and if exclusion criteria are respected, the results obtained can be predictable. However this concept is still controversial and some authors suggest delaying the placement and loading of the implant in the aesthetic area.The aim of this study is to evaluate and compare 2 study groups (immediate placement and loading- and delayed) of 20 single implants 10 for each group placed into the aesthetic area made by the same operator. Are included in this study only from incisors to canine area in upper and lower jaw and evaluated each one after 60 months.Materials & MethodsAfter a minimally traumatic extraction of the tooth, a different surgical approach was used.In the first DEALAYED study group (10 individual cases), depending on the presence of thin or thick gingiva and on the residual volume of buccal plate, the implant was placed with conventional protocol and delayed loading. In the second IMMEDIATE LOADING study group (10 individual cases), after the tooth extraction the implant was immediately placed and loaded without functional loading. In both study groups, if bone loss occurred in the buccal plate, an integration with GBR techniques and the use of biomaterials were necessary to fill the buccal gap. Good primary stability of the implant and a non-functional load were achieved in all loading cases.ConclusionsThe follow-up after 60 months, performed by clinical probing and radiographic evaluation and also supported by TC scan, shows that the results are comparable and that post-extractive implants with immediate non functional loading can be used in selected cases.The results obtained are good in both thin and thick biotype cases and it seems evident that it is possible to obtain predictable long term functional and aesthetic success. An accurate previous evaluation and study of each single case as biotype, hard and soft tissue and as well as residual buccal plate are always considered essential requirement criteria to obtain this data.
This comprehensive guide to short implants will take the reader through their research and development, explain the clinical indications, evaluate the outcomes achieved with various implants, and explore restorative and laboratory considerations. Short implants have steadily gained greater market share in the last decade as practitioners sought alternatives to traditional length implants in order to avoid grafting procedures. Current manufacturers offer a variety of implant lengths and widths, allowing surgeons and restorative dentists the ability to select the best implant for each clinical circumstance. Cutting edge information is provided on the research and clinical results achieved utilizing a range of implants, specifically those developed by Nobel Biocare, Straumann, Jack Hahn, and Bicon. Readers will also find an extensive description of the role of ultra-short implants involving reconstruction in both cleft patients and cancer patients who have lost portions of their mandible and/or maxilla. This book is a must-have for those interested in learning how the use of short and ultra-short implants offers both surgeons and restorative dentists an opportunity to stand out from those that use only the traditional length implants.
With more than 1,500 illustrations, this edition covers key topics including diagnosis and planning, basic implant surgery, advanced implant surgery, implant prosthodontics, and implant management. Also includes important information on observing and diagnosing patients.
Dental implants have become one of the most popular and rapidly growing techniques for replacing missing teeth. While their predictability, functionality, and durability make them an attractive option for patients and clinicians alike, complications can arise at any stage from patient assessment to maintenance therapy. Dental Implant Complications: Etiology, Prevention, and Treatment, Second Edition, updates and expands the hallmark first edition, which was the first comprehensive reference designed to provide clinicians of all skill levels with practical instruction grounded in evidence-based research. Featuring cases from a variety of dental specialties, the book covers the most commonly occurring implant complications as well as the unique. Dental Implant Complications: Etiology, Prevention, and Treatment, Second Edition, is organized sequentially, guiding the reader through complications associated with the diagnosis, treatment planning, placement, restoration, and maintenance of implants at any stage. Complications associated with various bone augmentation and sinus lift procedures are also discussed in detail with emphasis on their etiology and prevention. Each chapter utilizes a highly illustrated and user-friendly format to showcase key pedagogical features, including a list of “take home tips” summarizing the fundamental points of each chapter. New chapters include discussions of complications from drug prescribing, implant naturalization, cemented restorations, loose implant restoration syndrome, and craniofacial growth. Readers will also find more case presentations to see how complications have been managed in real-world situations. Dental Implant Complications: Etiology, Prevention, and Treatment, Second Edition, brings together contributions from leading experts in the field under the superior editorship of Dr. Stuart Froum. With its pragmatic approach to preventing and managing implant complications, this expertly crafted text continues to serve as an indispensable clinical reference and guide for all dentists placing or restoring implants.