Journal of Neurochemistry · 1977 · 133 citations · 25 references
Life SciencesNeurobiologyNeuroscienceCellular NeuroscienceIntracellular TransportNeurochemistryAstrocyte BiologyGlial Cell BiologyGlutamatergic NeurochemistryNeuron-glia InteractionsNeurotransmissionActive Ion TransportActive TransportAstrocytic Glutamate UptakeGlial Cell Ion TransportGlial TransportersGlutamate Uptake KineticsGlutamate Uptake MechanismsTemperature Dependence
Abstract— The presence of an efficient, high affinity uptake system specific for L‐glutamate and L‐aspartate has been demonstrated in cultured glial cells originating from syrian hamster astroblasts (line NN). The system was found to be temperature dependent, to require sodium ions and its structural specificity is similar to systems studied previously in brain slices and synaptosomes. Co‐culturing of the glial cells with neuroblastoma cells brought about only minor changes in structural specificity while values of kinetic parameters remained virtually unchanged. The temperature dependence and the susceptibility to metabolic inhibitors suggest that the uptake is mediated by an active transport system.
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Statistical estimations in enzyme kinetics
GN WILKINSON · Biochemical Journal · 1961 · 3.6K citations · Full text
James P. Bennett, William J. Logan, Solomon H. Snyder · Journal of Neurochemistry · 1973 · 261 citations