DOID:4
|
disease
|
A disease is a disposition (i) to undergo pathological processes that (ii) exists in an organism because of one or more disorders in that organism. |
DOID:0014667
|
disease of metabolism
|
A disease that involves errors in metabolic processes of building or degradation of molecules. |
DOID:0060158
|
acquired metabolic disease
|
A disease of metabolism that has_material_basis_in enzyme deficiency or accumulation of enzymes or toxins which interfere with normal function due to an endocrine organ disease, organ malfunction, inadequate intake, dietary deficiency, or malabsorption. |
DOID:0050032
|
mineral metabolism disease
|
An acquired metabolic disease that is characterized by abnormal mineral metabolism. |
DOID:0050177
|
monogenic disease
|
A genetic disease that is the result of one or more abnormal alleles and may be dominant, semi-dominant, or recessive. |
DOID:630
|
genetic disease
|
A disease that has_material_basis_in genetic variations in the human genome. |
DOID:0050739
|
autosomal genetic disease
|
A monogenic disease that has_material_basis_in a mutation in a single gene on one of the non-sex chromosomes. |
DOID:0050737
|
autosomal recessive disease
|
An autosomal genetic disease that is characterized by the presence of two mutated copies of the gene, both of which must be present in order for the disease or trait to develop. |
DOID:655
|
inherited metabolic disorder
|
A disease of metabolism that is characterized by enzyme deficiency or accumulation of enzymes or toxins which interfere with normal function due to inherited enzyme abnormality. |
DOID:10575
|
calcium metabolism disease
|
|
DOID:182
|
calcinosis
|
A calcium metabolism disease that is the result of the formation of calcium deposits in any soft tissue. |
DOID:0111063
|
hyperphosphatemic familial tumoral calcinosis
|
A calcinosis characterized by autosomal recessive inheritance of elevated blood calcium levels and calcium phosphate crystals in cutaneous and subcutaneous tissues that has_material_basis_in mutation in the GALNT3 gene, the FGF23 gene, or the KL gene. |