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128417009: Physiologic mineralization of bone, function (observable entity)

Status: current, Primitive. Date: 31-Jan 2002. Module: SNOMED CT core

Descriptions:

Id Description Lang Type Status Case? Module
1186177016 Physiologic mineralization of bone, function (observable entity) en Fully specified name Active Case insensitive SNOMED CT core
206717012 Physiologic mineralization of bone en Synonym Active Case insensitive SNOMED CT core
2663540010 Physiologic mineralization of bone, function en Synonym Active Case insensitive SNOMED CT core
474393017 Physiologic mineralisation of bone en Synonym Active Case insensitive SNOMED CT core
732407014 Physiologic mineralization of bone (function) en Fully specified name Inactive Initial character case insensitive SNOMED CT core

1 descendants. Search Descendants:

Expanded Value Set

Outbound Relationships Type Target Active Characteristic Refinability Group Values
Physiologic mineralisation of bone Inheres in Structure of musculoskeletal system true Inferred relationship Some 1
Physiologic mineralisation of bone Is a Bone formation true Inferred relationship Some
Physiologic mineralisation of bone Is a Musculoskeletal functions and activities false Inferred relationship Some
Inbound Relationships Type Active Source Characteristic Refinability Group
Phosphopenic type rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Vitamin D-dependent rickets, type 1 Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Vitamin D-dependent rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Late effects of rickets (one year OR more) Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Vitamin D-dependent rickets, type 2 Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Calcipenic type rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Familial x-linked hypophosphataemic vitamin D refractory rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 4
Autosomal recessive hypophosphataemic vitamin D refractory rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Active rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Hypophosphatasia rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Hypophosphataemic rickets with nephrotic-glycosuric dwarfism Interprets True Physiologic mineralisation of bone Inferred relationship Some 5
Vitamin D-dependent rickets type II with alopecia Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Vitamin D-dependent rickets type II without alopecia Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Coeliac rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Biochemical rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Neonatal rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Hypocalcaemic rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Autosomal recessive hypophosphataemic rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 2
Hereditary hypophosphataemic rickets with hypercalciuria Interprets True Physiologic mineralisation of bone Inferred relationship Some 3
Autosomal dominant hypophosphataemic rickets Interprets True Physiologic mineralisation of bone Inferred relationship Some 4
Physiologic calcification of bone Is a True Physiologic mineralisation of bone Inferred relationship Some

Reference Sets

Observable entity foundation reference set

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