Effect of temperature on metabolic rates of liver and brown fat homogenates.
Temperature effects in vitro on oxygen metabolic rates of brown fat and liver homogenates from control and cold-acclimated rats
Roberts, J. C.↗
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Results for “LIVER”
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Changes in liver xanthine dehydrogenase and uric acid excretion in chicks during adaptation to a high protein diet.
Liver xanthine dehydrogenase change relation to uric acid excretion during adaptation period in chicks fed 25-75 percent isolated soybean protein
Featherston, W. R.↗
The effect of repeated acceleration on the histological structure of the liver
Repeated acceleration effects on histological structure of dog liver
Kotovskiy, Ye. F.↗
Effect of maximum tolerable stresses with time on the histostructure of the liver in monkeys
Optimal tolerable stress-time effects of acceleration on histology of monkey liver
Kotovskiy, Ye. F.↗
Intermediary metabolism in hypothermic rat livers.
Hypothermia induced alterations in biochemical processes studied with isolated rat liver perfused at low temperature
Albright, M. L.↗
Two types of long microextensions from cultivated liver cells.
Long microextensions on cultivated human liver cells, using scanning electron microscope
Dalen, H.↗
Effects of hyperoxia and hypoxia on mitosis in the normal and regenerating rat liver.
Hyperoxia and hypoxia effects on mitotic activity in regenerating and normal rat liver exposed to environmental conditions
Feller, D. D.↗
Purification and properties of two types of diphosphopyridine nucleotide-linked glycerol 3-phosphate dehydrogenases from chicken breast muscle and chicken liver
Purification and properties of diphosphopyridine nucleotide-linked glycerol 3-phosphate dehydrogenases from chicken breast muscle and liver
Kaplan, N. O.↗
Beta-hydroxybutyrate dehydrogenase - Lack in ruminant liver mitochondria
Enzyme beta-hydroxybutyrate dehydrogenase concentration in mitochondria from bovine and sheep liver
Fleischer, S.↗
Inactivation and degradation of glucagon by dipeptidyl aminopeptidase I /cathepsin C/ of rat liver
Chloride and sulfhydryl activators in glucagol degradation and secretion by purified rat liver dipeptidyl aminopeptidase I /Cathepsin C/
Callahan, P. X.↗
Time-dependent variations in amino acid metabolism - Mechanism of the tyrosine transaminase rhythm in rat liver
Amino acid metabolism time dependent variations, studying tyrosine transaminase rhythm in rat liver
Wurtman, R. J.↗
Effects of prolonged continuous exposure to 100 percent oxygen at 450 mm Hg in vivo on lipid synthesis in rat liver and adipose tissue slices
Prolonged hyperoxia effects on lipid synthesis in rat liver and adipose tissue slices
Feller, D. D.↗
Mitotic response to various dietary conditions in the normal and regenerating rat liver
Mitotic response to various diets in normal and regenerating rat liver
Feller, D. D.↗
Effects of hypobaric hyperoxia in vivo on lipid synthesis in rat liver and adipose tissue slices
Stimulatory effects of hypobaric hyperoxia on lipid synthesis in rat liver and adipose tissues under free feeding
Feller, D. D.↗
Glycolytic intermediates and adenosine phosphates in rat liver at high altitude /3,800 m/.
Liver tissue obtained from adult rats exposed to 3800 m altitude for intervals ranging from 1.5 hr to 63 days was examined by enzymatic analysis. During the first 3 hr of exposure, an immediate decrease in rephosphorylation of high-energy phosphates led to reduced glycogenesis and eventual pileup of AMP, pyruvate, fructose 1,6-diphosphate, glucose 6-phosphate, and glucose. This was accompanied by a reduction of pentose phosphate pathway activity. After 3 to 6 hr, a secondary adjustment of substrate concentrations occurred along with the apparent facilitation of phosphofructokinase. This secondary adjustment appears to increase anaerobic production of ATP and represents a significant intracellular contribution to the acclimatization process at high altitude.
Cipriano, L. F.↗
Influence of G-forces and hypodynamia on the portal system of the liver
Longitudinally and transversely applied g-forces as intolerable levels cause damage to the interlobular veins of the liver, with maximum damage caused by dorso-ventral g-force application. The portal vein system is more resilient with respect to g-forces at the limit of tolerance.
Drozdova, A. V.↗
Effect of syrepar and oxaphenamide on liver function in experimental hypokinesia
Experiments on albino rats showed that 30 day hypokinesia changes the reaction of the liver to cholagogues. The choleretic action of oxaphenamide as well as its inhibitory effect on synthesis of bile acids diminishes, while the influence of bilirubin secretion increases.
Skakun, L. N.↗
Energy status and oxidation reduction status in rat liver at high altitude /3.8 km/
Adult male rats were exposed to 3.8-km altitude for intervals ranging from 1 h-60 d. Liver samples were taken under light ether anesthesia and were examined by enzymatic analyses. Within 1-6 h of hypoxic exposure, ATP levels decreased while ADP and AMP levels increased, producing a fall in calculated ATP/ADP and adenylate charge ratios. Concurrently, lactate/pyruvate and alpha-glycerophosphate/dihydroxyacetone phosphate ratios increased markedly. Direct measurements of cellular pyridine nucleotides indicated increased NADH/NAD and NADPH/NADP ratios. Levels of total adenosine phosphates and pyridine nucleotides decreased in a significant accompanying response. Many metabolite levels and calculated ratios returned to near-normal values within 1 week of exposure, indicating secondary intracellular adjustments to hypoxic stress; however, persistence of that stress is reflected in lactate concentrations and both substrate redox ratios. Results support and explore concepts that increased oxidation-reduction status and decreased energy status are primary events during hypoxia.
Reed, R. D.↗