Modern Non Surgical Strategies for Managing Peri-Implantitis
Yaniv Mayer, DMD
Abstract
This presentation introduces Pulsed Electromagnetic Field (PEMF) therapy as an
emerging treatment modality in implant dentistry. PEMF technology utilizes controlled
electromagnetic pulses to influence biological processes at the cellular level, promoting
tissue healing and bone regeneration. The presentation examines how PEMF works, its
effects on bone and soft tissue around dental implants, and its potential applications in
both preventing and treating peri-implant complications. Clinical research demonstrates that PEMF therapy can improve implant outcomes through enhanced osseointegration, reduced inflammation, and better soft tissue health. The Miniaturized Electromagnetic Device (MED) represents a practical application of this technology, designed to deliver localized electromagnetic therapy directly at the implant site. This presentation reviews the scientific basis, clinical evidence, and practical considerations for incorporating PEMF therapy into contemporary implant treatment protocols.
Learning Objectives
- Understand the biological mechanisms by which PEMF therapy influences
cellular processes, including osteoid formation, neovascularization, immune
modulation, and antibacterial effects relevant to dental implant healing and peri-
implantitis treatment. - Evaluate clinical evidence supporting PEMF therapy effectiveness in improving
implant stability, reducing inflammatory markers, enhancing bone regeneration,
and achieving superior treatment outcomes in both preventive and therapeutic
applications for peri-implant conditions. - Apply practical knowledge of PEMF device technology and non-surgical
treatment protocols incorporating the Miniaturized Electromagnetic Device (MED)
for managing peri-implantitis cases in clinical practice.