Scinovex
paratext Open Access

Untitled

Sakshi MalhotraA SouzaM TormenaF MatarazzoM AraujoJ PerussoloA SouzaF MatarazzoR OliveiraM AraujoM AdibradM ShahabueiM SahabiR MeffertB LangerM FritzR MironM Fujioka-KobayashiM HernandezU KandalamY ZhangS GhanaatiJ ChoukrounS Al-MaawiC Herrera-VizcanoA OrlowskaI WillershausenR SaderR MironP PapaspyridakosC ChenM SinghH WeberG GallucciR BaroneC ClauserR GrassiM MerliG PratoC BasegmezS ErsanliK DemirelN BlkbasiS YalcinC HanD WangJ BaiL ZhaoW Song

Abstract

The aim was to observe the gain in keratinized tissue width using apically positioned flap (APF) along with injectable-platelet rich fibrin (i-PRF) and collagen membrane.Keratinized gingiva around dental implants may enhance aesthetics, facilitate restorative procedures and plaque control.Tissue engineering materials have recently gained popularity in periodontal plastic surgeries because autogenous grafts are associated with significant patient morbidity.In the patient-centered era, minimally invasive patient friendly technique to augment keratinized gingiva should be developed.Fifty-four years old sytemically healthy female patient was referred from department of prosthodontics for keratinized gingiva reconstruction.APF along with collagen membrane soaked in i-PRF was performed and followed-up for 3 months.Keratinized tissue width increased from 1mm preoperatively to 3mm after 4 weeks of surgery.This augmented width remains stable up to 3 months of follow-up i-PRF along with collagen membrane could be a promising technique to augment keratinized gingiva.

Computer science
Citations
0
FWCI
field-weighted impact
References
11
Percentile
vs. same field & year
Citation Network

How this paper connects to the literature. Drag to explore, click any node to open that paper.