Chorion Membrane With Photobiostimulation ,Chorion Membrane & SCTG in Treating Isolated RT 2 Recession Defects

Gingival Recession Clinical Trial

Official title: Comparative Evaluation of Root Coverage Outcome by Using CM With Photobiostimulation ,CM & SCTG in Treating Isolated RT 2 Recession Defects Utilizing Minimally Invasive Technique: A RCT

Status Not yet recruiting

Clinical Trial Summary

Gingival recession (GR) is defined as apical displacement of the gingival margin relative to the cemento-enamel junction, with resultant oral exposure of the root.

Most of the recessions in periodontal patients involve the destruction of interproximal periodontal tissues, and these were classifed as Miller class III and IV or Cairo RT2 andRT3 gingival recessions (GRs).

Taking all this into account, numerous techniques have been attempted to achieve root coverage of single-rooted tooth, Connective tissue graft presently stands as the benchmark in periodontal plastic surgery, offering excellent predictability and enhanced long-term root coverage. However, its availability is limited and its use often leads to increased patient morbidity.Thus making placental allografts in dentistry a topic of growing interest and recent advancement.

It may be hypothesized that CM + LLLT or CM may be used an alternative to SCTG in minimally invasive technique in recession coverage. Hence, this study evaluates root coverage percentages in RT2 gingival defects using a CM with and without photobiostimulation, comparing them to each other and to SCTG- the gold standard control group.

Clinical Trial Description

Most of the recessions in periodontal patients involve the destruction of interproximal periodontal tissues, therefore, these were classified as Miller class III and IV or Cairo RT2 and RT3 gingival recessions (GRs). The growing emphasis on aesthetics and the desire to minimize patient discomfort have led to the advancement of various mucogingival techniques aimed at covering exposed roots. numerous techniques have been attempted to achieve root coverage of single-rooted tooth. Connective tissue graft presently stands as the benchmark in periodontal plastic surgery, offering excellent predictability and enhanced long-term root coverage. However, its availability is limited and its use often leads to increased patient morbidity. Thus making placental allografts in dentistry a topic of growing interest and recent advancement. Other advantages like their capacity to self hydrate with blood. While these techniques have proven effective, the integration of devices capable of accelerating wound healing could enhance the outcomes of the latest graft techniques for root coverage, facilitating more predictable results.

Progress in low-level laser therapy (LLLT) within Periodontics has empowered periodontists to attain enhanced clinical outcomes. LLLT accelerates wound healing by enhancing the motility of human keratinocytes, stimulating early epithelialization, increasing fibroblast proliferation and matrix synthesis, and promoting neo vascularization.

.LLLT induces tissue surface sterilization, there by reducing the risk of bacteremia, and diminishing edema, swelling, and scarring .Additionally, it may provide greater tensile strength and stability to gingival margins, potentially preventing wound failure and reducing clinical recession. Besides all the advantages of LLLT and chorion membrane, there are very few studies which are published using theses two techniques in the recession defects. No prior research has examined the comparative efficacy of SCTG, CM + LLLT and CM for Miller's class III/RT2 recession defects. It may be hypothesized that CM + LLLT or CM may be used an alternative to SCTG in minimally invasive technique in recession coverage. Hence, this study evaluates root coverage percentages in RT2 gingival defects using a CM with and without photobiostimulation, comparing them to each other and to SCTG- the gold standard control group ;

Related Conditions & MeSH terms

• Gingival Recession

• NCT number: NCT06433973
• Study type: Interventional
• Source: Postgraduate Institute of Dental Sciences Rohtak
• Contact: Shikha Tewari, MDS
• Phone: 8708249475
• Email: drshikhatewari@yahoo.com
• Status: Not yet recruiting
• Phase: N/A
• Start date: June 1, 2024
• Completion date: December 31, 2025