Periodontal Procedures
Gum Regeneration
in Fairfax
Gum Regeneration for Fairfax residents at Precision Periodontics & Implant Dentistry
Periodontal Procedures
Gum Regeneration in Fairfax
Residents of Fairfax, the county seat of Fairfax County and a thriving city home to George Mason University and historic Old Town Fairfax, now have convenient access to expert gum regeneration care at Precision Periodontics & Implant Dentistry in nearby Alexandria. Gum regeneration uses advanced biologic materials and surgical techniques to regrow gum tissue and bone that has been destroyed by periodontal disease, restoring the supportive structures around teeth.
Periodontal disease destroys the bone and tissue that support teeth. Regeneration procedures can actually reverse some of this damage, potentially saving teeth that would otherwise need extraction. From Fairfax, our Alexandria office is approximately 20 minutes away, making it easy to receive gum regeneration treatment without a long commute.
Why Precision Periodontics
Board-certified periodontists serving Fairfax.
Our periodontists — Drs. Zalewsky, Alani, Artis, Daru, Lakkis, and Ganesh — combine advanced specialty training with a patient-centered approach. Our periodontists use growth factors, enamel matrix proteins, bone grafts, and barrier membranes to stimulate the body's natural regenerative capacity. These techniques can restore both soft tissue and bone lost to periodontitis. Patients from Fairfax consistently trust our expertise.
Take the first step: contact Precision Periodontics & Implant Dentistry to schedule your gum regeneration evaluation. Our Alexandria office, about 20 minutes from Fairfax, offers a welcoming environment where your questions are answered thoroughly and your comfort is a priority. Call (703) 823-2422 today.
Frequently Asked Questions
Gum Regeneration FAQ for Fairfax Patients
What is the difference between gum grafting and gum regeneration?
Gum grafting transplants tissue to cover exposed roots, while gum regeneration uses biologic growth factors (like Emdogain or platelet-rich fibrin) to stimulate your body's own cells to regrow lost periodontal attachment — including cementum, periodontal ligament, and alveolar bone. Regeneration aims to restore the original attachment apparatus.
Who is a candidate for gum regeneration procedures?
The best candidates have specific types of bone defects — typically narrow, vertical (intrabony) defects around teeth. Wide, horizontal bone loss responds less predictably. Non-smokers with good oral hygiene and controlled systemic health conditions have the highest success rates.
How long do gum regeneration results last?
When combined with diligent home care and regular periodontal maintenance visits, regenerated attachment can be maintained long-term. Studies show stable results beyond 10 years in compliant patients. However, failure to maintain proper hygiene or continued smoking can compromise regenerated tissues.
What growth factors or materials are used in regeneration?
Common biologics include enamel matrix derivative (Emdogain), platelet-derived growth factor (GEM 21S), platelet-rich fibrin (PRF) prepared from your own blood, and bone morphogenetic proteins. These are often combined with bone graft material and barrier membranes for optimal results.
Getting Here
Directions from Fairfax to Our Alexandria, VA Office
Our Alexandria, VA office is approximately 20 minutes from Fairfax, near landmarks such as City of Fairfax downtown, George Mason University, and Fairfax County Courthouse.
Driving Directions: Take Route 236 (Main Street/Little River Turnpike) east toward Alexandria. Continue to I-395 North, exit at Seminary Road, and continue to 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 gum regeneration consultation at our Alexandria office. We look forward to welcoming you.