Periodontal Procedures
Guided Tissue Regeneration
in Kingstowne
Guided Tissue Regeneration for Kingstowne residents at Precision Periodontics & Implant Dentistry
Periodontal Procedures
Guided Tissue Regeneration in Kingstowne
Kingstowne is a master-planned community in the Alexandria area offering convenient shopping and a suburban village atmosphere, and when it comes to guided tissue regeneration, the community trusts the team of periodontists at Precision Periodontics & Implant Dentistry in Alexandria. Guided tissue regeneration (GTR) is an advanced periodontal procedure that uses barrier membranes to direct the growth of new bone and gum tissue at sites where they have been destroyed by disease.
Located just 10 minutes from Kingstowne, our Alexandria practice makes it convenient to access specialist-level guided tissue regeneration care close to home. Without guidance, fast-growing gum tissue fills bone defects before bone can regenerate. GTR uses membranes to hold space and allow the slower-growing bone and ligament cells to repopulate the defect.
Why Precision Periodontics
Board-certified periodontists serving Kingstowne.
Our periodontists place resorbable or non-resorbable membranes over bone graft material to create an environment for predictable regeneration. This technique can save teeth that might otherwise need extraction due to severe bone loss. Our team includes six board-certified periodontists — Drs. Zalewsky, Alani, Artis, Daru, Lakkis, and Ganesh — giving Kingstowne patients access to a depth of expertise unmatched in the DC metro area.
We encourage Kingstowne residents to take the next step toward improved oral health and confidence. Call our Alexandria office at (703) 823-2422 or use our online form to request your guided tissue regeneration consultation. We look forward to welcoming you.
Frequently Asked Questions
Guided Tissue Regeneration FAQ for Kingstowne Patients
How does guided tissue regeneration differ from a standard bone graft?
GTR uses a biocompatible membrane barrier placed over the bone graft to prevent fast-growing gum tissue from invading the space where bone needs to regenerate. This selective barrier gives slower-growing bone cells the time and space they need to fill the defect, producing more predictable bone regeneration.
What types of membranes are used in guided tissue regeneration?
Two main types exist: resorbable membranes (collagen-based) that dissolve on their own over four to six months, and non-resorbable membranes (ePTFE/titanium-reinforced) that require a second minor surgery for removal. Your periodontist selects the type based on the defect size and location.
How successful is guided tissue regeneration at regrowing bone?
Clinical studies show GTR can regenerate 50 to 80 percent of lost bone in appropriate defects, particularly vertical (intrabony) defects around teeth. Success depends on defect morphology, patient health, oral hygiene, and smoking status. Three-walled defects respond best.
What is the recovery time after guided tissue regeneration?
Initial healing takes two to three weeks, during which you should avoid chewing on the treated area and follow a soft diet. Full bone maturation takes six to twelve months. Your periodontist will monitor healing with periodic X-rays before determining if additional treatment like implant placement can proceed.
Getting Here
Directions from Kingstowne to Our Alexandria, VA Office
Our Alexandria, VA office is approximately 10 minutes from Kingstowne, near landmarks such as Kingstowne Town Center, Lake Accotink Park, and Kingstowne Village Parkway.
Driving Directions: Take Kingstowne Village Parkway to South Van Dorn Street, then head north toward Kenmore Avenue. Our Alexandria office is at 4660 Kenmore Avenue, Suite 300.
Alexandria, VA: 4660 Kenmore Avenue, Suite 300 & 312, Alexandria, VA 22304
(703) 823-2422Request An Appointment
Let us help you achieve a healthier, more confident smile.
Contact us with any questions or to schedule a guided tissue regeneration consultation at our Alexandria office. We look forward to welcoming you.