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  Vol. 10 No. 6, June 1964 TABLE OF CONTENTS
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Brain Edema, Electrolytes, and Extracellular Space

Effect of Triethyl Tin on Brain and Skeletal Muscle

D. J. REED, PhD; D. M. WOODBURY, PhD; R. L. HOLTZER

Arch Neurol. 1964;10(6):604-616.

Since this article does not have an abstract, we have provided the first 150 words of the full text PDF and any section headings.

During the course of a number of studies of the blood-brain barrier, the urgent need for good physiological measurements of the size of the functional compartments (extracellular space, glial space, neuronal space, etc) of the central nervous system became apparent. In one of these studies the volume of distribution of sucrose in the CNS was investigated. It was observed that sucrose distributed in two compartments of the brain at markedly different rates. On this basis it was suggested that the compartment with the shortest half-time for sucrose entry was the extracellular space and that the other compartment was the intracellular, composed of one or more cell types, possibly glial cells.14

Triethyl tin (TET) in very small quantities causes cerebral edema, shown by Torack et al19 to be confined to the glial cells although other workers have suggested that TET edema is extracellular.11 Luse and Harris10 have . . . [Full Text PDF of this Article]


Author Affiliations

SALT LAKE CITY


Footnotes

Submitted for publication Jan 6, 1964; accepted Feb 17.

This study was supported in part by Research Career Development award No. 1-K3-NB 7779 (Dr. Reed), Research Career award No. 5-K6-NB-18-838 (Dr. Woodbury), and by grant No. NB 04553 from the United States Public Health Service, National Institutes of Health.

A preliminary account of this work has been reported in the Pharmacologist 5:265, 1963.



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