Status: current, Not sufficiently defined by necessary conditions definition status (core metadata concept). Date: 31-Jan 2021. Module: SNOMED CT core
Descriptions:
| Id | Description | Lang | Type | Status | Case? | Module |
| 5143467016 | An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | en | Definition | Active | Entire term case sensitive (core metadata concept) | SNOMED CT core |
| 4213386014 | Waardenburg syndrome type 2 (disorder) | en | Fully specified name | Active | Entire term case sensitive (core metadata concept) | SNOMED CT core |
| 4213387017 | Waardenburg syndrome type 2 | en | Synonym (core metadata concept) | Active | Entire term case sensitive (core metadata concept) | SNOMED CT core |
| 5143462010 | Waardenburg syndrome type II | en | Synonym (core metadata concept) | Active | Entire term case sensitive (core metadata concept) | SNOMED CT core |
| Outbound Relationships | Type | Target | Active | Characteristic | Refinability | Group | Values |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Is a | Disorder with characteristics of varying degrees of deafness and minor defects in structures arising from neural crest, including pigmentation anomalies of eyes, hair, and skin. Clinical manifestations vary within and between families. Frequent clinical manifestations include congenital sensorineural deafness, heterochromic or hypoplastic blue irides, white forelock or early graying of the scalp hair before the age of 30 years. The disease is genetically heterogeneous. To date, mutations in 6 different genes have been identified: PAX3 (2q36.1), MITF (3p14-p13), SNAI2 (8q11.21), SOX10 (22q13.1), EDNRB (13q22.3), and EDN3 (20q13.32). | true | Inferred relationship | Some | ||
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Associated morphology | Hypopigmentation | true | Inferred relationship | Some | 1 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Finding site | Skin structure | false | Inferred relationship | Some | 1 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Occurrence | Congenital | true | Inferred relationship | Some | 1 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Pathological process (attribute) | Pathological developmental process | true | Inferred relationship | Some | 1 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Finding site | Ear structure (body structure) | false | Inferred relationship | Some | 2 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Occurrence | Congenital | true | Inferred relationship | Some | 2 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Pathological process (attribute) | Pathological developmental process | true | Inferred relationship | Some | 2 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Interprets | Hearing | true | Inferred relationship | Some | 3 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Has interpretation | Decreased | true | Inferred relationship | Some | 3 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Is a | Congenital oculocutaneous hypopigmentation | true | Inferred relationship | Some | ||
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Is a | Congenital anomaly of hair | true | Inferred relationship | Some | ||
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Finding site | Hair structure (body structure) | true | Inferred relationship | Some | 1 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Finding site | Eye structure | true | Inferred relationship | Some | 2 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Associated morphology | Hypopigmentation | true | Inferred relationship | Some | 2 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Occurrence | Congenital | true | Inferred relationship | Some | 4 | |
| An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Finding site | Structure of auditory system (body structure) | true | Inferred relationship | Some | 4 |
| Inbound Relationships | Type | Active | Source | Characteristic | Refinability | Group |
| Ocular albinism with congenital sensorineural deafness | Is a | False | An autosomal dominant subtype of Waardenburg syndrome (WS) with characteristics of varying degrees of deafness and pigmentation anomalies of eyes, hair and skin but without dystopia canthorum. The disease is genetically very heterogeneous, mutations have been found in MITF (3p14-p13; subtype designated as WS2A), SNAI2 (8q11.21; WS2D), and SOX10 (22q13.1; WS2E) genes. Furthermore WS2 loci have been mapped to chromosome 1p21-p13.3 (subtype designated as WS2B) and to chromosome 8p23 (designated as WS2C). Digenic inheritance of MITF mutation in combination a TYR mutation (and/or the TYRR402Q hypomorphic allele) has been reported in two families with WS2 and ocular albinism. In the majority of cases, WS2 is transmitted as an autosomal dominant disorder with a large variable inter and intrafamilial expressivity. Some affected patients present with a de novo mutation. | Inferred relationship | Some |
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FHIR