FHIR © HL7.org  |  Server Home  |  FHIR Server FHIR Server 3.7.10  |  FHIR Version n/a  User: [n/a]

715311000: Application of hexachlorophene powder to umbilical cord stump (procedure)

Status: current, Sufficiently defined by necessary conditions definition status. Date: 31-Jul 2016. Module: SNOMED CT core module

Descriptions:

Id Description Lang Type Status Case? Module
3302179017 Application of hexachlorophene powder to umbilical cord stump (procedure) en Fully specified name Active Entire term case insensitive SNOMED CT core module
3302180019 Application of hexachlorophene powder to umbilical cord stump en Synonym Active Entire term case insensitive SNOMED CT core module

0 descendants.

Expanded Value Set

Outbound Relationships Type Target Active Characteristic Refinability Group Values
Application of hexachlorophene powder to umbilical cord stump Is a Application of therapeutic agent false Inferred relationship Existential restriction modifier
Application of hexachlorophene powder to umbilical cord stump Is a Umbilical cord procedure true Inferred relationship Existential restriction modifier
Application of hexachlorophene powder to umbilical cord stump Is a Introduction of substance by body site true Inferred relationship Existential restriction modifier
Application of hexachlorophene powder to umbilical cord stump Method Application - action true Inferred relationship Existential restriction modifier 1
Application of hexachlorophene powder to umbilical cord stump Direct substance Hexachlorophene true Inferred relationship Existential restriction modifier 1
Application of hexachlorophene powder to umbilical cord stump Procedure site - Indirect Structure of umbilical cord stump true Inferred relationship Existential restriction modifier 1
Application of hexachlorophene powder to umbilical cord stump Is a Application true Inferred relationship Existential restriction modifier
Inbound Relationships Type Active Source Characteristic Refinability Group

This concept is not in any reference sets

Back to Start