Familial hyperaldosteronism type 3
General Information (adopted from Orphanet):
Synonyms, Signs: |
FH III |
Number of Symptoms | 10 |
OrphanetNr: | 251274 |
OMIM Id: |
613677
|
ICD-10: |
E26.0 |
UMLs: |
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MeSH: |
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MedDRA: |
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Snomed: |
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Prevalence, inheritance and age of onset:
Prevalence: | No data available. |
Inheritance: |
Autosomal dominant [Orphanet] |
Age of onset: |
Infancy Childhood Adolescent [Orphanet] |
Disease classification (adopted from Orphanet):
Parent Diseases: |
Familial hyperaldosteronism
-Rare endocrine disease -Rare genetic disease |
Symptom Information:
|
(HPO:0000103) | Polyuria | rare [HPO:skoehler] | 60 / 7739 | |||
|
(HPO:0002150) | Hypercalciuria | rare [HPO:skoehler] | 45 / 7739 | |||
|
(HPO:0001959) | Polydipsia | rare [HPO:skoehler] | 43 / 7739 | |||
|
(HPO:0008221) | Adrenal hyperplasia | 24 / 7739 | ||||
|
(HPO:0000859) | Hyperaldosteronism | 17 / 7739 | ||||
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(HPO:0003351) | Decreased circulating renin level | 8 / 7739 | ||||
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(HPO:0000822) | Hypertension | 224 / 7739 | ||||
|
(HPO:0002900) | Hypokalemia | 45 / 7739 | ||||
|
(HPO:0001942) | Metabolic acidosis | rare [HPO:skoehler] | 81 / 7739 | |||
|
(HPO:0000006) | Autosomal dominant inheritance | 2518 / 7739 |
Associated genes:
ClinVar (via SNiPA)
Gene symbol | Variation | Clinical significance | Reference |
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Additional Information:
Description: (OMIM) |
This form of hyperaldosteronism is characterized by hypertension secondary to massive adrenal mineralocorticoid production. Like patients with glucocorticoid-remediable aldosteronism (GRA, or FH I; 103900), patients with FH III present with childhood hypertension, elevated aldosteronism levels, and high levels ... |
Clinical Description OMIM |
Geller et al. (2008) reported a novel familial form of aldosteronism in a father and 2 daughters. All were diagnosed with severe secondary hypertension (HTN) refractory to medical treatment by age 7 years. Geller et al. (2008) performed ... |
Molecular genetics OMIM |
In the family with hyperaldosteronism reported by Geller et al. (2008), Choi et al. (2011) identified a missense mutation in the potassium channel gene KCNJ5 at codon 158 (600734.0002). This mutation produced increased sodium conductance and caused severe ... |