Journal of Oral Rehabilitation· 2014Q1· Review
Reasons for failures of oral implants
- 411citations
- Q1SCImago
- 2014year
Short summary
A literature review identified factors increasing dental implant failure rates, including low insertion torque, surgeon inexperience, placement in the maxilla or posterior regions, heavy smoking, bone types III/IV, small bone volumes, shorter implants, immediate/early loading, non-submerged techniques, and overdentures.
AI-generated from the title and abstract; the full text is not read.
Key points
- Low insertion torque is linked to increased implant failure, especially with immediate/early loading.
- Surgeon inexperience, maxilla/posterior jaw placement, and bone types III/IV are associated with higher failure rates.
- Heavy smoking, small bone volumes, shorter implants, and overdenture prosthetics correlate with increased implant failure.
- Modern implants may show similar success rates regardless of placement site, smoking status, or implant length.
AI-generated from the title and abstract; the full text is not read.
Abstract
This study reviews the literature regarding the factors contributing to failures of dental implants. An electronic search was undertaken including papers from 2004 onwards. The titles and abstracts from these results were read to identify studies within the selection criteria. All reference lists of the selected studies were then hand-searched, this time without time restrictions. A narrative review discussed some findings from the first two parts where separate data from non-comparative studies may have indicated conclusions different from those possible to draw in the systematic analysis. It may be suggested that the following situations are correlated to increase the implant failure rate: a low insertion torque of implants that are planned to be immediately or early loaded, inexperienced surgeons inserting the implants, implant insertion in the maxilla, implant insertion in the posterior region of the jaws, implants in heavy smokers, implant insertion in bone qualities type III and IV, implant insertion in places with small bone volumes, use of shorter length implants, greater number of implants placed per patient, lack of initial implant stability, use of cylindrical (non-threaded) implants and prosthetic rehabilitation with implant-supported overdentures. Moreover, it may be suggested that the following situations may be correlated with an increase in the implant failure rate: use of the non-submerged technique, immediate loading, implant insertion in fresh extraction sockets, smaller diameter implants. Some recently published studies suggest that modern, moderately rough implants may present with similar results irrespective if placed in maxillas, in smoking patients or using only short implants.
The authors' abstract, as published at the source. Journal of Oral Rehabilitation, 2014 · DOI ↗
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Field: Oral Surgery
Oral SurgeryDentistry