Sentence examples for form implants from inspiring English sources
In the last few years, root form implants ranging from 1.8 to slightly more than 2 mm have promoted for long-term use, a task for which the device was approved by the Food and Drug Administration [6].
In extrinsic involvement, the most common form, implants are confined to the serosal surface (or the ureteral adventitia) or the surrounding connective tissue; it can be treated by bladder or ureteral shaving.
Since then implants have evolved into three basic types: Root form implants; the most common type of implant indicated for all uses.
Loosening of removable denture retention: 33 percent Dentures needing to be relined or having a retentive clip fracture: 16 to 19 percent There is archeological evidence that humans have attempted to replacing missing teeth with root form implants for thousands of years.
Each type droplet was applied on the apical flat surface of the plateau root form implants (n = 3).
When this process takes place as expected, it leads to significantly improved healing patterns compared to screw root form implants [ 15].
A drill to form implant cavities (Brånemark System® Twist Drills, Nobel Biocare, Göteborg, Sweden) was mounted onto the drilling machine, and three implant cavities 3.0 mm in diameter and 10 mm in depth were formed.
A drill used to form implant cavities (Brånemark System® Twist Drills, Nobel Biocare, Göteborg, Sweden) was mounted onto the drilling machine, and three implant cavities 3.0 mm in diameter and 10 mm in depth were formed.
In this work, we examined the biocompatibility of three-dimensional (3D) nonwovens of sericin-deprived, Bombyx mori silk fibroin (SF) in β-sheet form implanted into the subcutaneous tissue of C57BL6 mice, using sham-operated mice as controls.
Where teeth have excellent bone support but additional implants are required to facilitate the construction of a fixed prosthesis, then careful extraction of selected teeth with the immediate installation of a root form implant can be utilised with good success as long as high primary stability is achieved at these sites.
In this review, we discuss various mechanisms by which polymer systems are assembled in situ to form implanted devices for sustained release of therapeutic macromolecules, and we highlight various applications in the field of advanced drug delivery.
