110 research outputs found
Real-time urinary electrolyte monitoring after furosemide administration in surgical ICU patients with normal renal function
Response by Xu et al to Letter Regarding Article, âBranched-Chain Amino Acid Catabolism Promotes Thrombosis Risk by Enhancing Tropomodulin-3 Propionylation in Plateletsâ
EFFECTS OF CHRONIC RENAL INSUFFICIENCY AND METABOLIC ACIDOSIS ON GLUTAMINE METABOLISM IN MAN
1. Arterial concentration and arterial-venous differences of glutamine across the kidney, forearm, hepatoâsplanchnic bed and brain were measured in patients with chronic renal insufficiency and in patients with normally functioning kidneys before and during chronic ammonium chloride acidosis.
2. In chronic renal insufficiency and in chronic metabolic acidosis there is a rise in glutamine release from the muscle and a suppression of glutamine uptake by the hepatoâsplanchnic bed and the brain.
3. In chronic renal insufficiency arterial glutamine concentration is significantly increased in comparison with subjects with normal renal function and either normal acid-base balance or chronic metabolic acidosis.
4. In patients with chronic renal insufficiency the kidney extracts negligible amounts of glutamine, which cannot account for the renal ammonia production measured in the same patients.</jats:p
Erythrocytic Glucose-6-Phosphate Dehydrogenase Deficiency as a Problem in the Selection of Blood Donors
INDIVIDUAZIONE DEL RUOLO DELLA GLUTAMINASI FOSFATO-DIPENDENTE E DELLA GLUTAMINASI FOSFATO-INDIPENDENTE NELLA PRODUZIONE RENALE DI AMMONIACA
LA MISURA DELLA PORTATA RENALE PLASMATICA NEL RATTO IN CONDIZIONI DI EQUILIBRIO ACIDO-BASE NORMALE E DI ACIDOSI METABOLICA CRONICA
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