Indication
Hyperammonemia
Hyperammonemia is a critical metabolic condition characterized by dangerously elevated levels of ammonia in the blood due to impaired hepatic clearance or excessive nitrogenous production. Read more about Hyperammonemia
48 drugs 43 manufacturers
Drugs that treat it
Common Hyperammonemia therapies.
AMMONUL (sodium benzoate/sodium phenylacetate)
CONSTULOSE (lactulose)
ENULOSE (lactulose)
LACTULOSE
LACTULOSE
SODIUM PHENYLACET-SOD BENZOATE (sodium benzoate/sodium phenylacetate)
LACTULOSE
SODIUM PHENYLACET-SOD BENZOATE (sodium benzoate/sodium phenylacetate)
News & literature
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Coming soonHyperammonemia is a critical metabolic condition characterized by dangerously elevated levels of ammonia in the blood due to impaired hepatic clearance or excessive nitrogenous production.
It affects both pediatric and adult populations, commonly arising from inborn errors of metabolism such as urea cycle disorders, advanced liver disease, portosystemic shunting, or severe catabolic stress.
The pathophysiology primarily impacts the central nervous system, where systemic accumulation of neurotoxic ammonia disrupts cerebral osmoregulation and neurotransmission.
Clinically, it presents with progressive neurological impairment ranging from lethargy, vomiting, and behavioral changes to acute encephalopathy, seizures, cerebral edema, coma, and life-threatening brain herniation.
- nih.gov
Hyperammonemia is a critical metabolic condition characterized by dangerously elevated levels of ammonia in the blood due to impaired hepatic clearance or excessive nitrogenous production It affects both pediatric and adult populations, commonly arising from inborn errors of metabolism such as urea cycle disorders, advanced liver disease, portosystemic shunting, or severe catabolic stress Clinically, it presents with progressive neurological impairment ranging from lethargy, vomiting, and behavi...
- nih.gov
Hyperammonemia is a critical metabolic condition characterized by dangerously elevated levels of ammonia in the blood due to impaired hepatic clearance or excessive nitrogenous production It affects both pediatric and adult populations, commonly arising from inborn errors of metabolism such as urea cycle disorders, advanced liver disease, portosystemic shunting, or severe catabolic stress The pathophysiology primarily impacts the central nervous system, where systemic accumulation of neurotoxic ...
- nih.gov
The pathophysiology primarily impacts the central nervous system, where systemic accumulation of neurotoxic ammonia disrupts cerebral osmoregulation and neurotransmission
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