Marie D. George, Timothy G. Donley, Phillip M. Preshaw

Ultrasonic Periodontal Debridement: Theory and Technique

• Broschiertes Buch

Produktbeschreibung

Ultrasonic Periodontal Debridement: Theory and Technique is the first textbook to focus exclusively on this fundamentally important component of periodontal therapy. George, Donley, and Preshaw provide a comprehensive resource for dental students, dental hygiene and therapy students, and periodontal residents, as well as practicing dental hygienists and dentists who are looking to increase their familiarity and skills with ultrasonic instrumentation.

The opening section describes the basic foundational knowledge of periodontal debridement; how it differs from and supersedes scaling and root planing, how it fits with modern concepts of periodontal disease pathogenesis, and includes a comparison of periodontal debridement instrumentation modalities. Section 2 describes ultrasonic technology, the variety of tip designs that are available, and provides practical guidance in appropriate tip selection. Section 3 focuses on the clinical applications of ultrasonic periodontal debridement, including patient assessment, medical and dental considerations, and provides specific guidance in clinical debridement techniques. Included are technique modules for each quadrant as well as case studies using real-world examples of situations likely to be encountered in everyday clinical practice, including ultrasonic instrumentation around dental implants.

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Produktdetails

• Verlag: Wiley & Sons
• 1. Auflage
• Seitenzahl: 240
• Erscheinungstermin: 15. September 2014
• Englisch
• Abmessung: 246mm x 187mm x 15mm
• Gewicht: 521g
• ISBN-13: 9781118295458
• ISBN-10: 1118295455
• Artikelnr.: 40720822

Autorenporträt

Marie D. George, RDH, MS, is a clinician, author, and educator, with current appointments as Adjunct Faculty in the Department of Dental Hygiene at both the University of Pittsburgh School of Dental Medicine and the Community College of Philadelphia. She develops and presents evidence-based educational programming specific to ultrasonic debridement to practicing clinicians, dental and dental hygiene students, and faculty nationally and internationally. Timothy G. Donley, DDS, MSD, is in the private practice of periodontics and implantology in Bowling Green, KY, and is an adjunct professor in the College of Health and Human Services at Western Kentucky University. Dr. Donley regularly lectures throughout the U.S. and abroad on the science and clinical applicability of ultrasonic instrumentation. Philip M. Preshaw, BDS, FDS RCSEd, PhD, is Professor of Periodontology and the Course Director for Undergraduate Periodontology at Newcastle University, UK. He is also actively involved in clinical research, with numerous publications in peer-reviewed scientific journals, and has been awarded a Distinguished Scientist Award from the International Association for Dental Research.

Inhaltsangabe

Periodontal Ultrasonic Debridement: Theory and Technique Table of Contents
Foreword Preface Acknowledgments About the Authors Section I Foundational
Concepts Chapter 1 The Treatment of Periodontal Disease: The Shift from
"SRP" to "Periodontal Debridement" Early concepts of the pathogenesis of
periodontal disease Scaling and root planing Current concepts of
periodontal pathogenesis Periodontal debridement therapy Chapter 2
Comparison of Periodontal Debridement Instrumentation Modalities Efficacy
of deposit removal Resolution of disease Conservation of tooth structure
Debridement of dental implants Additional advantages of ultrasonic
instrumentation Other methods of debridement Summary Section II Ultrasonic
Technology Chapter 3 What is Ultrasonic Instrumentation? Ultrasonic
transduction Ultrasonic instrumentation mechanisms of action Ultrasonic
scaler operational variables Acoustic power of the ultrasonic scaler
Concept of minimum effective power Sonic scaling technology Recent
developments in ultrasonic technology Chapter 4 Ultrasonic Tip Design and
Selection Anatomy of an ultrasonic tip Key elements of tip design Tip
selection Tip utilization Effect of tip wear on performance Basic tip setup
Section III Clinical Application Chapter 5 Patient Assessment The
periodontal examination Identifying sites to treat Factors to assess at
disease sites Medical considerations and other patient factors Chapter 6
Ultrasonic Instrumentation Technique Ultrasonic instrumentation principles
of technique Aerosol management Staged approach to ultrasonic
instrumentation Chapter 7 Ultrasonic Instrumentation Technique Modules
Strategies for instrumentation sequencing Sextant specific instrumentation
modules Advanced furcation defect instrumentation modules Implant and
supragingival instrumentation technique Chapter 8 Case Studies in
Periodontal Ultrasonic Debridement Initial and supportive periodontal
therapy case Preventive debridement (adult prophylaxis) case Surgical
debridement case Glossary Index