Both fixed and removable implant-supported prostheses can restore comfort, function, and confidence in edentulous patients when treatment is personalized to anatomy and patient preference.

Achieving both esthetic and functional excellence in complete-arch rehabilitation depends on thorough diagnosis and strategic treatment planning. By following Misch’s classification of implant-supported and implant-assisted prostheses,…

When a 55-year-old patient requested fixed implant solutions with no removable options, a fully digital workflow delivered a seamless transformation from surgery to smile. Using advanced imaging, guided surgery, and zirconia restorations,…

Advances in prosthetic materials and digital technology are redefining full-arch implant rehabilitation, improving both strength and esthetics. Zirconia, hybrid designs, and digital workflows provide patients with durable, lifelike results…

Full-arch implant prostheses deliver survival rates above 90% over 10 to 15 years, but biological and technical complications increase with time. Regular maintenance visits are essential to manage risks, ensure prosthetic function, and…

Before recommending full-arch rehabilitation, clinicians must carefully weigh medical, lifestyle, and psychosocial factors that influence long-term success.

Choosing between preserving natural teeth or opting for full-arch rehabilitation is a complex decision that demands a comprehensive evaluation of each patient’s dental history, risk factors, and long-term prognosis. Success hinges on…

Dental implantology has advanced from Brånemark’s discovery of osseointegration in the 1950s to today’s All-on-X protocols, which allow immediate, graft-free full-arch restorations. By optimizing implant placement and leveraging immediate…

PRF is transforming dental surgery with its ability to accelerate healing, fight infection, and enhance tissue regeneration — all using the patient’s own blood. Cost-effective, minimally invasive, and versatile, PRF is quickly becoming an…

Platelet-rich fibrin (PRF) enhances osseointegration by stimulating bone growth and improving implant stability. It also accelerates soft tissue healing, leading to better gingival health and long-term implant success.