Nutritional and hormonal aspects of the oxygen toxicity syndrome
Oxygen exposure effect on food consumption/ utilization efficiency, growth and biochemical parameters
Brooksby, G. A.↗
Engineering topics
Brooksby, G. A.
Publications and source records attributed to Brooksby, G. A..
Antioxidant requirements of rats exposed to 100 % oxygen. Part 2 - Effects of dietary ascorbic acid
Dietary ascorbic acid effects as antioxidants in rats exposed to 100 percent oxygen
Brooksby, G. A.↗
Blood changes in acutely splenectomized rats during prolonged hyperoxic exposure
Effect of high pressure oxygen exposure on red blood cells in splenectomized rats
Brooksby, G. A.↗
Experimental Emphysema - Histologic Changes and Alterations in Pulmonary Circulation.
Histologic changes and alterations in pulmonary circulation studied by experimental development of bullous emphysema in laboratory animals
Brooksby, G. A.↗
Lysosomal enzymes in rats exposed to 100 per cent oxygen.
Pure oxygen effect on activity of lysosomal aryl sufatase in brain, liver and liver tissue homogenates from rats
OXYGEN TOXICITY↗
The relation of oxygen toxicity to nutritional and hormonal factors.
Oxygen toxicity relation to nutrition, hormonal secretion and age factors, discussing experiments on rats
OXYGEN TOXICITY↗
Effects of a deficiency of vitamins A and E on rats exposed to 100 percent oxygen.
Vitamins A and E deficiency effects on rats exposed to pure oxygen noting less weight gain and growth
TOCOPHEROL↗
Ultrastructural changes in rat kidney under 100 percent oxygen - Effects of vitamin E depletion.
Increased oxygen tension causing increased free radical flux in rat kidney tissue akin to ionizing radiation exposure
PHYSIOLOGICAL RESPONSE↗
Effects of continuous exposure of rats to 100 per cent oxygen at 450 mm. Hg for 64 days.
Continuous exposure of rats to 100 percent oxygen at 450 mm Hg for 64 days shows no physiological effects
PHYSIOLOGICAL RESPONSE↗
Lysosomal enzymes in rats exposed to 100 per cent oxygen.
Lysosomal enzymes in rats exposed to 100 percent oxygen to determine possibility of accelerated in vivo lipid peroxidation
LIPID METABOLISM↗
Lipid and glycogen reserves in humans during prolonged work
Lipid and glycogen reserves in humans during prolonged exercise
HUMAN BODY↗