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Recent Developments in the Biochemical Investigation of Hypertension
An Alternative Pathway Leading to Hepatotoxic
Hyperlactataemia and Lactic Acidosis
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abnormal ACTH Adenoma aldosterone aldosterone excess aldosterone secretion Amer amyloid angiotensin antisera Bence-Jones protein Bence-Jones proteinuria bile acid synthesis bile acids biliary drainage Biochem Biochemistry Biol blood lactate concentration blood pressure Brit carbohydrate catecholamines cells Chem chenodeoxycholic acid cholesterol cholic acid chronic renal failure circulation Clin clinical conversion corticosterone cortisol Cushing's syndrome decrease deoxycorticosterone diagnosis effect Endocrinol enzyme essential hypertension exchangeable sodium excretion formation fraction Fraser fructose gluconeogenesis glucose H+ ions hepatic hormone human hydroxylation hyper hyperaldosteronism hypertensive patients immunoglobulin increased infusion kidney lactate lactic acid lactic acidosis Lancet Lever light chains lithocholic acid liver disease malignant mechanism metabolism monoclonal myelomatosis noradrenaline normal occur paraproteins pathway perfused phaeochromocytoma Physiol plasma renin concentration primary hyperaldosteronism production proteinuria rat liver reabsorption reaction renal hypertension renin renin activity renin and angiotensin responsible rise Robertson Schalekamp secondary hyperaldosteronism serum sodium sodium balance spironolactone steroids tissues treatment urinary urine