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Implant dentistry, a pivotal domain of restorative dentistry, continues to advance with innovations thatenhance bone-implant integration, stability, and clinical longevity. Ultraviolet (UV) activation of implantsurfaces stands out as a groundbreaking technique to optimize osseointegration and reduce crestal bone loss.This dissertation, authored by Dr. Manisha Yersong, examines the transformative potential of UV-treatedimplant systems in improving stability and preserving bone levels, offering a forward-looking approach tomodern dental care.Surface modification technologies, such as UV activation, underscore a broader shift toward improvingbiocompatibility and functional outcomes in implantology. From the era of titanium implants to contemporarysurface treatments, advancements in material science have driven significant progress. UV activation enhancesthe bioactivity of implant surfaces, accelerating bone integration and bolstering mechanical stability.This study traces the evolution and clinical impact of UV-activated implant surfaces, providing a comprehensiveanalysis of their role in enhancing implant stability and minimizing bone resorption. It seeks to enrich theknowledge base of restorative dentistry, guiding clinicians in selecting materials and strategies for implantsupportedrestorations.