D6106

Guided Tissue Regeneration - CDT Code Guide

Implant Services/Surgical Services

Overview

CDT Code D6106 refers to the procedure of guided tissue regeneration using a resorbable barrier, applied per implant. This procedure is crucial for addressing peri-implant defects and is often performed during implant placement. It involves the use of a resorbable barrier to encourage the growth of new bone and tissue around the implant, ensuring its stability and integration. However, it does not include other procedures such as flap entry and closure, wound debridement, or bone replacement grafts. This code is particularly relevant in cases where there is a need to regenerate tissue around dental implants to support their long-term success.

When to Use This Code

  • When placing a dental implant and there is a need to regenerate tissue around the implant site.
  • In cases of peri-implantitis where tissue regeneration is required.
  • When there is insufficient bone or tissue support around an existing implant.
  • During implant placement in patients with compromised bone structure.
  • To enhance the stability and integration of a new dental implant.

Documentation Requirements

  • Detailed clinical notes describing the necessity for guided tissue regeneration.
  • Documentation of the implant site and any peri-implant defects.
  • Description of the resorbable barrier material used.
  • Pre- and post-procedure radiographs or images.
  • Patient consent forms acknowledging understanding of the procedure.

Billing Considerations

When billing for D6106, ensure that the procedure is not bundled with other implant services such as flap entry or bone grafting. Check with insurance providers regarding coverage for guided tissue regeneration, as it may vary. Use appropriate modifiers if the procedure is performed in conjunction with other surgeries. Be aware of any frequency limitations imposed by the insurance carrier.

Related CDT Codes

Frequently Asked Questions

The resorbable barrier is used to protect the bone and tissue during regeneration, allowing for optimal healing and integration of the implant.

Source: CDT 2023 © American Dental Association

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