ICD-10-PCS 2027 procedure code
DB066ZZBeam Radiation of Mediastinum using Neutron Capture
Code unchanged since ICD-10-PCS took effect on October 1, 2015. Source: official FY2027 ICD-10-PCS release from CMS. Page updated September 29, 2026. About our data
About DB066ZZ
DB066ZZ is the ICD-10-PCS code for a beam radiation procedure on the mediastinum using a neutron capture approach with none (qualifier: none).
In plain terms, this corresponds to teleradiotherapy of other particulate radiation, the ICD-9-CM procedure title it maps to (92.26).
For a different body part, codes include DB006ZZ (trachea), DB016ZZ (bronchus), DB026ZZ (lung), DB056ZZ (pleura), DB076ZZ (chest wall) and DB086ZZ (diaphragm).
The same procedure with a different approach is coded DB060ZZ (photons <1 mev), DB061ZZ (photons 1 - 10 mev), DB062ZZ (photons >10 mev), DB063ZZ (electrons), DB064ZZ (heavy particles (protons,ions)) and DB065ZZ (neutrons).
It doesn't appear in the MS-DRG procedure index, so on its own it doesn't change the DRG assignment.
It has been valid since ICD-10-PCS took effect on October 1, 2015.
What each character means
- 1. Section
- DRadiation Therapy
- 2. Body System
- BRespiratory System
- 3. Modality
- 0Beam Radiation
- 4. Treatment Site
- 6Mediastinum
- 5. Modality Qualifier
- 6Neutron Capture
- 6. Isotope
- ZNone
- 7. Qualifier
- ZNone
Other versions of this procedure
ICD-9-CM equivalent
Converter →- 92.26Teleradiotherapy of other particulate radiationapproximate
From the CMS 2018 General Equivalence Mappings (GEMs), the final GEMs release.
Code history
- 2016
- 2017
- 2018
- 2019
- 2020
- 2021
- 2022
- 2023
- 2024
- 2025
- 2026
- 2027
- FY2016 (effective 10/1/2015): Added (first year of ICD-10-CM)
- No changes since FY2016.
Common questions about DB066ZZ
Is DB066ZZ a valid ICD-10-PCS code for 2027?
- Yes. DB066ZZ is valid for inpatient procedures from October 1, 2026 through September 30, 2027.
What is the ICD-9 procedure code for DB066ZZ?
- The CMS GEMs map DB066ZZ to ICD-9-CM 92.26 (Teleradiotherapy of other particulate radiation).