Hypomagnesemia with secondary hypocalcemia: Difference between revisions

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{{Infobox medical condition
| name                    = Hypomagnesemia with secondary hypocalcemia
| synonyms                = HSH
| field                  = [[Endocrinology]]
| symptoms                = [[Seizures]], [[muscle spasms]], [[tetany]], [[cardiac arrhythmias]]
| complications          = [[Cardiac arrest]], [[osteoporosis]]
| onset                  = [[Infancy]]
| duration                = [[Chronic]]
| causes                  = [[Genetic mutation]] in the [[TRPM6]] gene
| risks                  = [[Genetic predisposition]]
| diagnosis              = [[Blood test]] showing low [[magnesium]] and [[calcium]] levels
| differential            = [[Hypoparathyroidism]], [[Vitamin D deficiency]]
| prevention              = None
| treatment              = [[Magnesium supplementation]]
| medication              = [[Oral magnesium]], [[intravenous magnesium]]
| prognosis              = Good with treatment
| frequency              = Rare
}}
'''Hypomagnesemia with secondary hypocalcemia''' (HSH) is a rare genetic disorder characterized by low levels of [[magnesium]] in the blood, which leads to secondary low levels of [[calcium]] (hypocalcemia). This condition is often detected in infancy and can present with severe symptoms if not treated promptly.
'''Hypomagnesemia with secondary hypocalcemia''' (HSH) is a rare genetic disorder characterized by low levels of [[magnesium]] in the blood, which leads to secondary low levels of [[calcium]] (hypocalcemia). This condition is often detected in infancy and can present with severe symptoms if not treated promptly.
==Causes==
==Causes==
HSH is primarily caused by mutations in the [[TRPM6]] gene, which plays a crucial role in magnesium absorption in the kidneys and intestines. The TRPM6 gene encodes for a channel that is essential for the proper transport of magnesium into the body's cells. When mutations occur in this gene, magnesium absorption is impaired, leading to hypomagnesemia. As magnesium is essential for the activation of the parathyroid hormone, its deficiency indirectly leads to hypocalcemia by affecting calcium regulation in the body.
HSH is primarily caused by mutations in the [[TRPM6]] gene, which plays a crucial role in magnesium absorption in the kidneys and intestines. The TRPM6 gene encodes for a channel that is essential for the proper transport of magnesium into the body's cells. When mutations occur in this gene, magnesium absorption is impaired, leading to hypomagnesemia. As magnesium is essential for the activation of the parathyroid hormone, its deficiency indirectly leads to hypocalcemia by affecting calcium regulation in the body.
==Symptoms==
==Symptoms==
The symptoms of HSH can vary but often include neuromuscular irritability, which manifests as tremors, seizures, and muscle spasms. Other symptoms may include lethargy, poor feeding, and developmental delays in infants. The severity of symptoms is directly related to the levels of magnesium and calcium in the blood.
The symptoms of HSH can vary but often include neuromuscular irritability, which manifests as tremors, seizures, and muscle spasms. Other symptoms may include lethargy, poor feeding, and developmental delays in infants. The severity of symptoms is directly related to the levels of magnesium and calcium in the blood.
==Diagnosis==
==Diagnosis==
Diagnosis of HSH involves a thorough clinical evaluation and a series of laboratory tests. Blood tests are essential to measure the levels of magnesium and calcium. Genetic testing can confirm mutations in the TRPM6 gene, providing a definitive diagnosis.
Diagnosis of HSH involves a thorough clinical evaluation and a series of laboratory tests. Blood tests are essential to measure the levels of magnesium and calcium. Genetic testing can confirm mutations in the TRPM6 gene, providing a definitive diagnosis.
==Treatment==
==Treatment==
The primary treatment for HSH is magnesium supplementation, which can significantly alleviate symptoms and prevent complications. Oral magnesium salts are commonly used, but in cases of severe deficiency, intravenous magnesium may be necessary. Calcium supplementation may also be required to address hypocalcemia. Long-term management includes regular monitoring of magnesium and calcium levels and adjustments in supplementation as needed.
The primary treatment for HSH is magnesium supplementation, which can significantly alleviate symptoms and prevent complications. Oral magnesium salts are commonly used, but in cases of severe deficiency, intravenous magnesium may be necessary. Calcium supplementation may also be required to address hypocalcemia. Long-term management includes regular monitoring of magnesium and calcium levels and adjustments in supplementation as needed.
==Prognosis==
==Prognosis==
With early diagnosis and appropriate treatment, individuals with HSH can lead relatively normal lives. However, ongoing management is crucial to prevent potential complications associated with low magnesium and calcium levels.
With early diagnosis and appropriate treatment, individuals with HSH can lead relatively normal lives. However, ongoing management is crucial to prevent potential complications associated with low magnesium and calcium levels.
[[Category:Genetic disorders]]
[[Category:Genetic disorders]]
[[Category:Metabolic disorders]]
[[Category:Metabolic disorders]]
[[Category:Electrolyte disturbances]]
[[Category:Electrolyte disturbances]]
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{{Medicine-stub}}
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Latest revision as of 04:16, 4 April 2025


Hypomagnesemia with secondary hypocalcemia
Synonyms HSH
Pronounce N/A
Specialty N/A
Symptoms Seizures, muscle spasms, tetany, cardiac arrhythmias
Complications Cardiac arrest, osteoporosis
Onset Infancy
Duration Chronic
Types N/A
Causes Genetic mutation in the TRPM6 gene
Risks Genetic predisposition
Diagnosis Blood test showing low magnesium and calcium levels
Differential diagnosis Hypoparathyroidism, Vitamin D deficiency
Prevention None
Treatment Magnesium supplementation
Medication Oral magnesium, intravenous magnesium
Prognosis Good with treatment
Frequency Rare
Deaths N/A


Hypomagnesemia with secondary hypocalcemia (HSH) is a rare genetic disorder characterized by low levels of magnesium in the blood, which leads to secondary low levels of calcium (hypocalcemia). This condition is often detected in infancy and can present with severe symptoms if not treated promptly.

Causes[edit]

HSH is primarily caused by mutations in the TRPM6 gene, which plays a crucial role in magnesium absorption in the kidneys and intestines. The TRPM6 gene encodes for a channel that is essential for the proper transport of magnesium into the body's cells. When mutations occur in this gene, magnesium absorption is impaired, leading to hypomagnesemia. As magnesium is essential for the activation of the parathyroid hormone, its deficiency indirectly leads to hypocalcemia by affecting calcium regulation in the body.

Symptoms[edit]

The symptoms of HSH can vary but often include neuromuscular irritability, which manifests as tremors, seizures, and muscle spasms. Other symptoms may include lethargy, poor feeding, and developmental delays in infants. The severity of symptoms is directly related to the levels of magnesium and calcium in the blood.

Diagnosis[edit]

Diagnosis of HSH involves a thorough clinical evaluation and a series of laboratory tests. Blood tests are essential to measure the levels of magnesium and calcium. Genetic testing can confirm mutations in the TRPM6 gene, providing a definitive diagnosis.

Treatment[edit]

The primary treatment for HSH is magnesium supplementation, which can significantly alleviate symptoms and prevent complications. Oral magnesium salts are commonly used, but in cases of severe deficiency, intravenous magnesium may be necessary. Calcium supplementation may also be required to address hypocalcemia. Long-term management includes regular monitoring of magnesium and calcium levels and adjustments in supplementation as needed.

Prognosis[edit]

With early diagnosis and appropriate treatment, individuals with HSH can lead relatively normal lives. However, ongoing management is crucial to prevent potential complications associated with low magnesium and calcium levels.

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