Short implants, which are dental implants that are less than 8 mm long, have revolutionized contemporary dental implantology by solving one of the most enduring problems in the field: patients who need rehabilitation but have limited bone volume. These implants remove the need for intricate surgical procedures like bone grafting and sinus lifts, providing a less invasive and more affordable option to conventional methods. With improvements in design, materials, and clinical procedures, short implants, which were once viewed with suspicion because of worries about decreased osseointegration surface area, high crownto-implant (C/I) ratios, and possible biomechanical instability, have turned out to be a dependable option. Short implants have been shown to lower surgical risks, recuperation times dramatically, and expenses while achieving survival rates comparable to standardlength implants. Because of their design, they can be placed in anatomically complex locations without sacrificing stability or function, such as places with low bone height or close to important structures. The main benefits are reduced problems, enhanced patient comfort, and increased accessibility for those previously put off by conventional therapies’ cost or physical requirements. Short implants’ practical application in various clinical settings, from full-arch restorations to single-tooth replacements, demonstrates their adaptability. Their ability to meet functional and cosmetic needs in individuals with different anatomical limitations highlights their usefulness in modern dentistry. Even with their effectiveness, more research is necessary to confirm long-term performance and improve restoration methods. Digital dental equipment, materials,and implant design advancements promise to enhance their effectiveness and broaden their clinical uses. In addition to marking a significant advancement in dental rehabilitation, short implants also establish a new benchmark in implantology and demonstrate a dedication to more accessible and patient-centered care.

A thorough examination of short implants in dentistry

Meme' L.;
2024-01-01

Abstract

Short implants, which are dental implants that are less than 8 mm long, have revolutionized contemporary dental implantology by solving one of the most enduring problems in the field: patients who need rehabilitation but have limited bone volume. These implants remove the need for intricate surgical procedures like bone grafting and sinus lifts, providing a less invasive and more affordable option to conventional methods. With improvements in design, materials, and clinical procedures, short implants, which were once viewed with suspicion because of worries about decreased osseointegration surface area, high crownto-implant (C/I) ratios, and possible biomechanical instability, have turned out to be a dependable option. Short implants have been shown to lower surgical risks, recuperation times dramatically, and expenses while achieving survival rates comparable to standardlength implants. Because of their design, they can be placed in anatomically complex locations without sacrificing stability or function, such as places with low bone height or close to important structures. The main benefits are reduced problems, enhanced patient comfort, and increased accessibility for those previously put off by conventional therapies’ cost or physical requirements. Short implants’ practical application in various clinical settings, from full-arch restorations to single-tooth replacements, demonstrates their adaptability. Their ability to meet functional and cosmetic needs in individuals with different anatomical limitations highlights their usefulness in modern dentistry. Even with their effectiveness, more research is necessary to confirm long-term performance and improve restoration methods. Digital dental equipment, materials,and implant design advancements promise to enhance their effectiveness and broaden their clinical uses. In addition to marking a significant advancement in dental rehabilitation, short implants also establish a new benchmark in implantology and demonstrate a dedication to more accessible and patient-centered care.
2024
Anatomical constraints
Computer-guided surgery
Dental implantology
Digital dentistry
Full-arch restoration
Implant durability
Minimal invasiveness
Osseointegration
Short implants
Single-tooth replacement
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14085/36941
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