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Undersea Biomedical Research|September 1, 1984
Cerebral arterial air embolism: IV. Failure to recover with treatment, and secondary deteriorationD R Leitch, L J Greenbaum, J M HallenbeckUndersea Biomedical Research|September 1, 1984
Cerebral arterial air embolism: III. Cerebral blood flow after decompression from various pressure treatmentsD R Leitch, L J Greenbaum, J M HallenbeckAviation, Space, and Environmental Medicine|February 1, 1983
The effects of various gases on cortical and spinal somatosensory evoked potentials at pressures up to 10 barD R Leitch, J M Hallenbeck, L J GreenbaumUndersea Biomedical Research|September 1, 1984
Cerebral arterial air embolism: II. Effect of pressure and time on cortical evoked potential recoveryD R Leitch, L J Greenbaum, J M HallenbeckUndersea Biomedical Research|September 1, 1984
Cerebral arterial air embolism: I. Is there benefit in beginning HBO treatment at 6 bar?D R Leitch, L J Greenbaum, J M HallenbeckStroke|March 1, 1979
Extracorporeal glass-wool filtration of whole blood enhances post-ischemic recovery of the cortical sensory evoked responseJ M Hallenbeck, T W Furlow, T A Ruel, et al.Stroke|November 1, 1982
The amount of circumscribed brain edema and the degree of post-ischemic neuronal recovery do not correlate wellJ M Hallenbeck, D R Leitch, A J Dutka, et al.Annals of Neurology|August 1, 1982
Prostaglandin I2, indomethacin, and heparin promote postischemic neuronal recovery in dogsJ M Hallenbeck, D R Leitch, A J Dutka, et al.Pageof 1