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Vascularized Inter-positional Periosteal Connective-tissue Flap Versus Collagen Membrane in Guided Bone Regeneration — VIP-CT  

Horizontal Ridge Deficiency Clinical Trial

Official title:
Vascularized Inter-positional Periosteal Connective-tissue Flap Versus Collagen Membrane in Guided Bone Regeneration in Horizontal Ridge Augmentation in Aesthetic Zone

Clinical Trial Summary

this study compares 2 techniques in guided bone regeneration for horizontal ridge augmentation in aesthetic zone

Clinical Trial Description

Guided bone regeneration is a technique for ridge augmentation using membranes The membrane of GBR is an essential component of treatment as it has some important characteristics manageability, space-making ability, and adequate mechanical, physical properties, and biocompatibility Collagen membranes are the most commonly used and can inhibit soft tissue growth in bone defects and achieve better wound healing and bone regeneration. on the other hand, a Vascularized inter-positional periosteal connective tissue flap is a flap that has been used as a substitute for the collagen membrane with promising results. Vascularized inter-positional periosteal connective tissue flap (VIPCTF) may have many advantages over traditional collagen membranes such as; high vascularity, decreased cost (as it may substitute membrane), providing an increase in soft tissue thickness, and reusability. So Evaluation of effect of vascularized interpositional periosteal connective tissue flap on horizontal ridge augmentation grafting of the anterior maxilla in comaprison with the collagen membranes ;

Study Design

Related Conditions & MeSH terms

Clinical Trial Details
NCT number NCT05813340
Study type Interventional
Source Cairo University
Contact Esraa Ismail, Masters
Phone 01155400246
Email esera.hady@dentistry.cu.edu.eg
Status Recruiting
Phase N/A
Start date January 1, 2023
Completion date December 1, 2023
View Details
See also
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Completed NCT04748952 - Ridge Expansion by Osseodensification
Completed NCT04376060 - The Horizontal Ridge Augmentation Using Equine Xenograft and a Collagenated Porcine Cortical Lamina N/A
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