Single Flap Approach With and Without Guided Tissue Regeneration and a Hydroxyapatite Biomaterial in the Management of Intraosseous Periodontal Defects

Abstract

SFA with and without HA/GTR seems to be a valuable minimally invasive approach in the treatment of deep intraosseous periodontal defects. Under the present experimental conditions, the additional HA/GTR protocol offers no significant adjunctive effect.

Hydrothermal processing of hydroxyapatite nanoparticles—A Taguchi experimental design approach

“…Recent studies also showed retardant effects of HAp nanoparticles on cancer cells [8]. Currently, HAp is commonly the material of choice for various biomedical applications, e.g., as a replacement of bony and periodontal defects [9], alveolar ridge [10], middle ear implants [11], tissue engineering systems [12], drug delivery agent [13], and bioactive coating onto metallic osseous implants [14]. The general importance of HAp and its derivatives has also led to its numerous other non-medical industrial and technological applications [15,16].…”

Minimally Invasive Single Flap Approach With Connective Tissue Wall for Periodontal Regeneration

“…The application of these new surgical approaches alone and with bone substitute materials and barrier membranes or enamel matrix derivates (EMD) showed that there are no significant advantages of the adjunctive use of these materials [8,9,10,11].…”

Additional use of autogenous periosteal barrier membrane combined with regenerative therapy in the interproximal intrabony defects: case series

“…Moreover, if the target site is the interproximal area, it would be more severe than in the buccal or lingual surface because the interdental papilla and connective tissue in the col area are devoid of adequate blood supply and healing capacity. To overcome these problems, several approaches (minimally invasive surgical technique, 6 SPPF, 11 single flap approach 14 etc.) have been introduced.…”