At different extracellular pH values fractional extra-cellular space (calculated from the distribution of 3H inulin) and fractional water content showed no significant differences. 72 h after nephrectomy both variables increased significantly. An exception to this was brain, where fractional extracellular space decreased and total intracellular water increased as a sign of brain oedema.
References
1.
BarlowC. F., DomekN. S., GoldbergM. A., & RothL. J. (1961). Extracellular brain space measured by S35 sulfate. Archives of Neurology, Chicago5, 102110.
2.
CohenR. D., IlesR. A., BarnettD., HowellM. E. D., & StruninJ. M. (1971). The effect of changes in lactate uptake on the intracellular pH of the perfused rat liver. Clinical Science41, 159170.
3.
DavsonH., & SpezianiE. (1959). The blood-brain barrier and the extracellular space of brain. Journal of Physiology149, 135143.
4.
GaudinoM., & LevittM. F. (1949). Inulin space as a measure of extracellular fluid. American Journal of Physiology157, 387393.
5.
KiblerR. F., O'NeillP. R., & RobinE. D. (1964). Intracellular acid-base relation of dog brain with reference to the brain extracellular volume. Journal of Clinical Investigation.43, 431443.
6.
WhiteH. L., & RolfD. (1957). Whole body and tissue inulin and sucrose spaces in the rat. American Journal of Physiology188, 151155.
7.
WinklerA. W., ElkintonJ. R., & EisenmanA. J. (1943). Comparison of sulfocyanate with radioactive chloride and sodium in the measurement of extracellular fluid. American Journal of Physiology139, 239246.
8.
WoodburyD. M., TimirasP. S., KochA., & BallardA. (1956). Distribution of radiochloride, radiosulfate and inulin in brain of rats. Federation Proceedings. Federation of American Societies for Experimental Biology15, 1631.
9.
WoodwardD. L., ReedD. J., & WoodburyD. M. (1967). Extracellular space of rat extracellular cortex. American Journal of Physiology212, 367370.