Inbound Relationships |
Type |
Active |
Source |
Characteristic |
Refinability |
Group |
Amyloid myopathy |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Lipid storage myopathy |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Mitochondrial cytopathy |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Familial periodic paralysis |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Chronic myopathy with hypocalcaemia and hypophosphataemia |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Glycogen storage disease |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Nutritional myopathy |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Juvenile myopathy AND lactate acidosis |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Endocrine myopathy |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Muscle AMP deaminase deficiency |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
[X]Myopathy in metabolic diseases classified elsewhere |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Luft's hypermetabolic myopathy |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Glycogen storage disease, muscular form |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Porcine stress syndrome |
Is a |
False |
Metabolic myopathy |
Inferred relationship |
Some |
|
Mitochondrial myopathy |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Myopathy co-occurrent and due to hypercalcemia (disorder) |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Metabolic myopathy due to lactate transporter defect is a rare metabolic myopathy characterized by muscle cramping and/or stiffness after exercise (especially during heat exposure), post-exertional rhabdomyolysis and myoglobinuria, and elevation of serum creatine kinase. |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Polyglucosan body myopathy type 1 is a rare, genetic, glycogen storage disorder characterized by polyglucosan accumulation in various tissues, manifesting with progressive proximal muscle weakness in the lower limbs and rapidly progressive, usually dilated, cardiomyopathy. Hepatic involvement and growth retardation may be associated. Early-onset immunodeficiency and autoinflammation, presenting with recurrent bacterial infections, have also been reported. |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
Glycogen storage disease due to muscle and heart glycogen synthase deficiency is characterized by muscle and heart glycogen deficiency. It has been described in three siblings (two brothers and their younger sister). The older brother died at 10.5 years of age as a result of sudden cardiac arrest and the younger brother presented with hypertrophic cardiomyopathy, abnormal heart rate and blood pressure during exercise, and muscle fatigability. The sister showed no symptoms but a lack of glycogen was identified through muscle biopsy. The syndrome is caused by homozygous missense mutations in the gene encoding muscle glycogen synthase. |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|
A rare glycogen storage disease characterized by slowly progressive myopathy with storage of polyglucosan in muscle fibers. Age of onset ranges from childhood to late adulthood. Patients present proximal or proximodistal weakness predominantly of limb-girdle muscles. Variable features include exercise intolerance or myalgia. Serum creatine kinase is normal or mildly elevated. There is usually no overt cardiac involvement. |
Is a |
True |
Metabolic myopathy |
Inferred relationship |
Some |
|