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Brain and Language|July 1, 1987
The effects of continuous phonation on 133xenon-inhalation air curves (of the kind used in deriving regional cerebral blood flow)C Formby, R G Thomas, W S Brown, et al.Nature Communications|July 2, 2025
Global declines in net primary production in the ocean color eraGreg M Silsbe, James Fox, Toby K Westberry, et al.Stroke|November 1, 1985
Comparison of external lung monitoring with end-tidal air detection using the 133xenon inhalation methodJ B Hazelrig, J H Halsey, E M Wilson, et al.Advances in Experimental Medicine and Biology|January 1, 1986
A multicomponent, random walk model of transport and metabolism inside a neuronR H Kufahl, T R Hanley, D F Bruley, et al.Advances in Experimental Medicine and Biology|January 1, 1984
Mathematical analysis of transport and consumption of molecules in heterogeneous brain tissue (methodology)R H Kufahl, D F Bruley, N A Busch, et al.Veterinary Pathology|May 10, 2014
Pathologic and cardiovascular characterization of pheochromocytoma-associated cardiomyopathy in dogsE F Edmondson, J M Bright, C H Halsey, et al.Neurology|January 1, 1979
Regional cerebral blood flow comparison of right and left hand movementJ H Halsey, U W Blauenstein, E M Wilson, et al.Stroke|January 1, 1978
133Xenon inhalation method: significance of indicator maldistribution for distinguishing brain areas with impaired perfusion. An index for total flowU W Blauenstein, J H Halsey, E M Wilson, et al.Journal of Gerontology|January 1, 1985
Age differences in cerebral blood flow during rest and during mental activation measurements with and without monetary incentiveL R Warren, R W Butler, C R Katholi, et al.Stroke|March 1, 1975
Regional cerebral blood flow by 133xenon inhalationJ Risberg, Z Ali, E M Wilson, et al.Pageof 10