Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

SMALL THINGS HAVE A BIG IMPACT: NEW TRENDS IN IMPLANT DENTISTRY

View through CrossRef
In the twenty first century, nanotechnology has already offered numerous possibilities in implant dentistry. One nano step for man has resulted in a giant leap in implant dentistry. The advent of nanotechnology had created an opportunity for the engineering of new dental implant materials. This technology has also been used to enhance osseointegration by surface modifications of dental implants. Nanometre-controlled surfaces have ultimately directed the nature of peril-implant tissues and improved the clinical success rate of implant therapy. The possibilities introduced by nanotechnology now permit the tailoring of implant chemistry and structure. Nanotechnology in dental implantology has emerged as a frontier research area of interest in this decade. Long thought to be commercially uninhabitable, the once-barren nanotechnology landscape suddenly looks fertile. With the support of some brightest minds in science and engineering, this emerging field of super small is now firmly on the shortlist of technologies poised to produce big things in implant dentistry. In this article, we have made an attempt to review the current trends and future prospects on the impact of nanotechnology in implant dentistry.
Title: SMALL THINGS HAVE A BIG IMPACT: NEW TRENDS IN IMPLANT DENTISTRY
Description:
In the twenty first century, nanotechnology has already offered numerous possibilities in implant dentistry.
One nano step for man has resulted in a giant leap in implant dentistry.
The advent of nanotechnology had created an opportunity for the engineering of new dental implant materials.
This technology has also been used to enhance osseointegration by surface modifications of dental implants.
Nanometre-controlled surfaces have ultimately directed the nature of peril-implant tissues and improved the clinical success rate of implant therapy.
The possibilities introduced by nanotechnology now permit the tailoring of implant chemistry and structure.
Nanotechnology in dental implantology has emerged as a frontier research area of interest in this decade.
Long thought to be commercially uninhabitable, the once-barren nanotechnology landscape suddenly looks fertile.
With the support of some brightest minds in science and engineering, this emerging field of super small is now firmly on the shortlist of technologies poised to produce big things in implant dentistry.
In this article, we have made an attempt to review the current trends and future prospects on the impact of nanotechnology in implant dentistry.

Related Results

Evaluation of hybrid implant in posterior edentulous maxilla with inadequate bone
Evaluation of hybrid implant in posterior edentulous maxilla with inadequate bone
Aim of this study is to investigate.Hybrid implant has got satisfactory results in our previous study in various edentulous areas with inadequate bone for endosseous implant placem...
From Sub-Pectoral to Pre-Pectoral Implant Reconstruction: A Decisional Algorithm to Optimise Outcomes of Breast Replacement Surgery
From Sub-Pectoral to Pre-Pectoral Implant Reconstruction: A Decisional Algorithm to Optimise Outcomes of Breast Replacement Surgery
Background: Innovations and advancements with implant-based breast reconstruction, such as the use of ADMs, fat grafting, NSMs, and better implants, have enabled surgeons to now pl...
Intraosseous heat generation during guided osteotomy for dental implantological purposes
Intraosseous heat generation during guided osteotomy for dental implantological purposes
Prosthodontically driven implant surgery has been subject of interest to dental professionals for the past decade. The correct positioning of implants has a number of obvious advan...

Back to Top