00WV07Z
00WV07Z — Revision of Autologous Tissue Substitute in Spinal Cord, Open Approach
Billable / specific codeICD-10-PCS
CMS abbreviated title: Revision of Autol Sub in Spinal Cord, Open Approach
How 00WV07Z is built
Every ICD-10-PCS code is seven independent character positions. Each one is a separate decision, and the meaning of a character depends on the positions before it.
- 0SectionMedical and Surgical — What family of procedure this is
- 0Body systemWhich system it acts on
- WRoot operationThe objective — the verb of the procedure
- VBody partThe specific site
- 0ApproachHow the site was reached
- 7DeviceWhat was left in place, if anything
- ZQualifierA further distinction where one applies
Codes near 00WV07Z
In CMS’s own ordering, which groups codes that differ by only the last character or two — usually the approach, device or qualifier.
- 00WUX0ZRevision of Drainage Device in Spinal Canal, External Approach
- 00WUX2ZRevision of Monitoring Device in Spinal Canal, External Approach
- 00WUX3ZRevision of Infusion Device in Spinal Canal, External Approach
- 00WUXJZRevision of Synthetic Substitute in Spinal Canal, External Approach
- 00WUXMZRevision of Neurostimulator Lead in Spinal Canal, External Approach
- 00WV00ZRevision of Drainage Device in Spinal Cord, Open Approach
- 00WV02ZRevision of Monitoring Device in Spinal Cord, Open Approach
- 00WV03ZRevision of Infusion Device in Spinal Cord, Open Approach
- 00WV07ZRevision of Autologous Tissue Substitute in Spinal Cord, Open Approach
- 00WV0JZRevision of Synthetic Substitute in Spinal Cord, Open Approach
- 00WV0KZRevision of Nonautologous Tissue Substitute in Spinal Cord, Open Approach
- 00WV0MZRevision of Neurostimulator Lead in Spinal Cord, Open Approach
- 00WV0YZRevision of Other Device in Spinal Cord, Open Approach
- 00WV30ZRevision of Drainage Device in Spinal Cord, Percutaneous Approach
- 00WV32ZRevision of Monitoring Device in Spinal Cord, Percutaneous Approach
- 00WV33ZRevision of Infusion Device in Spinal Cord, Percutaneous Approach
- 00WV37ZRevision of Autologous Tissue Substitute in Spinal Cord, Percutaneous Approach