17608003: Congenital hemidysplasia with ichthyosiform erythroderma and limb defects syndrome (disorder)

SNOMED CT Concept\Clinical finding (finding)\...

\Skin AND/OR mucosa finding (finding)\Skin finding (finding)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

\Finding of limb structure\Disorder of limb (disorder)\Congenital anomaly of limb\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

\General finding of soft tissue\Skin finding (finding)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\General finding of soft tissue\Disorder of soft tissue\Disorder of skin and/or subcutaneous tissue (disorder)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

\Functional finding\Abnormal keratinization\Disorder of keratinisation\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

\Integumentary system finding\Disorder of integument\Hereditary disorder of the integument\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Integumentary system finding\Disorder of integument\Disorder of keratinisation\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Integumentary system finding\Disorder of integument\Disorder involving the integument of fetus OR newborn\Congenital anomaly of integument\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Integumentary system finding\Disorder of integument\Disorder of skin and/or subcutaneous tissue (disorder)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Integumentary system finding\Skin finding (finding)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Integumentary system finding\Abnormal keratinization\Disorder of keratinisation\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

\Disease\Genetic disease\Hereditary disease\Hereditary metabolic disease\Inborn error of metabolism\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Genetic disease\Hereditary disease\Hereditary disorder by system\Hereditary disorder of the integument\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Genetic disease\Hereditary disease\Developmental hereditary disorder\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Genetic disease\Hereditary disease\Sex-linked hereditary disorder\X-linked hereditary disease (disorder)\X-linked dominant hereditary disease (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Disorder involving the integument of fetus OR newborn\Congenital anomaly of integument\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Congenital disease\Congenital malformation\Congenital malformation syndrome (disorder)\Multiple system malformation syndrome\Multiple malformation syndrome with limb defect as major feature\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Congenital disease\Congenital malformation\Congenital anomaly of limb\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Congenital disease\Congenital malformation\Congenital anomaly of integument\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Congenital disease\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of foetus and/or newborn\Congenital disease\Inborn error of metabolism\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of body system\Hereditary disorder by system\Hereditary disorder of the integument\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of body system\Disorder of integument\Hereditary disorder of the integument\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of body system\Disorder of integument\Disorder of keratinisation\Inherited disorder of keratinization\Erythrokeratoderma\Ichthyosiform erythroderma\Congenital ichthyosiform erythroderma (disorder)\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of body system\Disorder of integument\Disorder involving the integument of fetus OR newborn\Congenital anomaly of integument\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of body system\Disorder of integument\Disorder of skin and/or subcutaneous tissue (disorder)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of limb (disorder)\Congenital anomaly of limb\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Metabolic disease\Hereditary metabolic disease\Inborn error of metabolism\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Metabolic disease\Disorder of lipoprotein AND/OR lipid metabolism\Disorder of lipid metabolism\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Disorder of soft tissue\Disorder of skin and/or subcutaneous tissue (disorder)\Disorder of skin (disorder)\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Developmental disorder\Developmental hereditary disorder\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Developmental disorder\Congenital malformation\Congenital malformation syndrome (disorder)\Multiple system malformation syndrome\Multiple malformation syndrome with limb defect as major feature\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Developmental disorder\Congenital malformation\Congenital anomaly of limb\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.
\Disease\Developmental disorder\Congenital malformation\Congenital anomaly of integument\Congenital anomaly of skin\A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.

Status: current, Not sufficiently defined by necessary conditions definition status (core metadata concept). Date: 31-Jan 2002. Module: SNOMED CT core

Descriptions:

Id Description Lang Type Status Case? Module

5278074014 A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant. en Definition Active Entire term case sensitive (core metadata concept) SNOMED CT core

5278070017 Congenital hemidysplasia with ichthyosiform erythroderma and limb defects syndrome (disorder) en Fully specified name Active Entire term case insensitive (core metadata concept) SNOMED CT core

5278071018 Congenital hemidysplasia with ichthyosiform erythroderma and limb defects syndrome en Synonym (core metadata concept) Active Entire term case insensitive (core metadata concept) SNOMED CT core

5278072013 CHILD syndrome en Synonym (core metadata concept) Active Entire term case sensitive (core metadata concept) SNOMED CT core

5278073015 CHILD (congenital hemidysplasia, ichthyosiform erythroderma, limb defects) syndrome en Synonym (core metadata concept) Active Entire term case sensitive (core metadata concept) SNOMED CT core

2027321000005113 kongenit hemidysplasi med iktyosiform erytrodermi og ekstremitetsdefekter da Synonym (core metadata concept) Active Entire term case insensitive (core metadata concept) Danish module (core metadata concept)

Expanded Value Set

Outbound Relationships	Type	Target	Active	Characteristic	Refinability	Group	Values
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Multiple malformation syndrome with limb defect as major feature	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Occurrence	Congenital	false	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Associated morphology	Kongenit malformation	false	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Occurrence	Congenital	true	Inferred relationship	Some	1
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Associated morphology	dysgenese	false	Inferred relationship	Some	1
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Associated morphology	Morphologically abnormal structure	true	Inferred relationship	Some	1
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Pathological process (attribute)	Pathological developmental process	true	Inferred relationship	Some	1
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	X-linked dominant hereditary disease (disorder)	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Congenital anomaly of skin	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Congenital ichthyosiform erythroderma (disorder)	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Disorder of lipid metabolism	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Developmental hereditary disorder	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Congenital anomaly of limb	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Is a	Inborn error of metabolism	true	Inferred relationship	Some
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Interprets	Keratinization	true	Inferred relationship	Some	3
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Has interpretation	Abnormal	true	Inferred relationship	Some	3
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Finding site	Skin structure	true	Inferred relationship	Some	1
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Occurrence	Congenital	true	Inferred relationship	Some	2
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Finding site	Limb structure	true	Inferred relationship	Some	2
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Associated morphology	Morphologically abnormal structure	true	Inferred relationship	Some	2
A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	Pathological process (attribute)	Pathological developmental process	true	Inferred relationship	Some	2

Inbound Relationships

Type

Active

Source

Characteristic

Refinability

Group

This concept is not in any reference sets

Back to Start

Id	Description	Lang	Type	Status	Case?	Module
5278074014	A rare developmental defect during embryogenesis with characteristics of unilateral inflammatory and scaling skin lesions with ipsilateral visceral and limb anomalies. NSDHL (Xq28) encodes a protein responsible for cholesterol biosynthesis, mutations are typically lethal in males. X-inactivation creates a mosaic of cells lacking the enzyme in females, disrupting embryonic development and leading to a highly variable spectrum of anomalies. Transmission is X-linked dominant.	en	Definition	Active	Entire term case sensitive (core metadata concept)	SNOMED CT core
5278070017	Congenital hemidysplasia with ichthyosiform erythroderma and limb defects syndrome (disorder)	en	Fully specified name	Active	Entire term case insensitive (core metadata concept)	SNOMED CT core
5278071018	Congenital hemidysplasia with ichthyosiform erythroderma and limb defects syndrome	en	Synonym (core metadata concept)	Active	Entire term case insensitive (core metadata concept)	SNOMED CT core
5278072013	CHILD syndrome	en	Synonym (core metadata concept)	Active	Entire term case sensitive (core metadata concept)	SNOMED CT core
5278073015	CHILD (congenital hemidysplasia, ichthyosiform erythroderma, limb defects) syndrome	en	Synonym (core metadata concept)	Active	Entire term case sensitive (core metadata concept)	SNOMED CT core
2027321000005113	kongenit hemidysplasi med iktyosiform erytrodermi og ekstremitetsdefekter	da	Synonym (core metadata concept)	Active	Entire term case insensitive (core metadata concept)	Danish module (core metadata concept)