Indication
Menkes Disease
Menkes disease is a rare, X-linked recessive neurodegenerative disorder of copper metabolism caused by pathogenic variants in the *ATP7A* gene. Read more about Menkes Disease
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Coming soonMenkes disease is a rare, X-linked recessive neurodegenerative disorder of copper metabolism caused by pathogenic variants in the *ATP7A* gene.
This genetic defect disrupts intestinal copper absorption and intercellular transport, causing profound intracellular copper deficiency across the central nervous system, connective tissues, and vasculature, primarily affecting infant males.
Patients typically present in early infancy with failure to thrive, progressive neurodevelopmental regression, hypotonia, intractable seizures, autonomic instability, and distinctive sparse, fragile, "steely" or kinky hair.
Secondary to impaired activity of copper-dependent enzymes, the disease leads to severe cerebral atrophy, subdural hematomas, and arterial tortuosity, typically resulting in early childhood mortality without early therapeutic intervention.
- rarediseases.org
Menkes disease is a rare, X-linked recessive neurodegenerative disorder of copper metabolism caused by pathogenic variants in the *ATP7A* gene This genetic defect disrupts intestinal copper absorption and intercellular transport, causing profound intracellular copper deficiency across the central nervous system, connective tissues, and vasculature, primarily affecting infant males Patients typically present in early infancy with failure to thrive, progressive neurodevelopmental regression, hypot...
- nih.gov
Menkes disease is a rare, X-linked recessive neurodegenerative disorder of copper metabolism caused by pathogenic variants in the *ATP7A* gene Secondary to impaired activity of copper-dependent enzymes, the disease leads to severe cerebral atrophy, subdural hematomas, and arterial tortuosity, typically resulting in early childhood mortality without early therapeutic intervention
- nyp.org
This genetic defect disrupts intestinal copper absorption and intercellular transport, causing profound intracellular copper deficiency across the central nervous system, connective tissues, and vasculature, primarily affecting infant males Patients typically present in early infancy with failure to thrive, progressive neurodevelopmental regression, hypotonia, intractable seizures, autonomic instability, and distinctive sparse, fragile, "steely" or kinky hair
- nih.gov
This genetic defect disrupts intestinal copper absorption and intercellular transport, causing profound intracellular copper deficiency across the central nervous system, connective tissues, and vasculature, primarily affecting infant males
- nih.gov
Patients typically present in early infancy with failure to thrive, progressive neurodevelopmental regression, hypotonia, intractable seizures, autonomic instability, and distinctive sparse, fragile, "steely" or kinky hair
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