FHIR © HL7.org  |  Server Home  |  FHIR Server FHIR Server 3.8.2  |  FHIR Version n/a  User: [n/a]

429558007: Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe (procedure)

Status: current, Defined. Date: 31-Jan 2011. Module: SNOMED CT core

Descriptions:

Id Description Lang Type Status Case? Module
2746263016 Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe (procedure) en Fully specified name Active Case insensitive SNOMED CT core
2772706015 Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe en Synonym Active Case insensitive SNOMED CT core

0 descendants.

Expanded Value Set

Outbound Relationships Type Target Active Characteristic Refinability Group Values
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Is a Surgical procedure on cervical spine true Inferred relationship Some
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Is a Neck destructive procedure true Inferred relationship Some
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Is a Primary percutaneous intradiscal thermocoagulation of intervertebral disc using radiofrequency probe true Inferred relationship Some
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Method Thermocoagulation false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Using device Radiofrequency controlled thermal probe false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Procedure site - Direct Structure of cervical intervertebral disc false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Revision status Primary operation false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Procedure site - Direct Structure of cervical intervertebral disc true Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Revision status Primary operation true Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Using device Radiofrequency controlled thermal probe true Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Method Thermocoagulation false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Using device Radiofrequency controlled thermal probe false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Revision status Primary operation false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Method Ablation - action false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Procedure site - Direct Structure of cervical intervertebral disc false Inferred relationship Some 1
Primary percutaneous intradiscal thermocoagulation of cervical intervertebral disc using radiofrequency probe Method Ablation - action true Inferred relationship Some 1
Inbound Relationships Type Active Source Characteristic Refinability Group

Reference Sets

Royal Australasian College of Surgeons MALT surgical procedure reference set

Procedure foundation reference set

Back to Start