Abstract

The intracellular pH of the cerebral cortex was studied by the neutral red method in 15 adult rats maintained on ketogenic and control diets for 5-6 weeks.

Highlights

  • The intracellular pH of the cerebral cortex was studied by the neutral red method in 15 adult rats maintained on ketogenic and control diets for 5-6 weeks

  • The ILAE classification of seizure types based on electroclinical criteria may be justified for well-defined syndromes, eg benign epilepsy of childhood with centrotemporal spikes, but in the differentiation of frontal and temporal lobe partial epilepsies in adults there is significant clinical/pathological overlap

  • Equivalent current dipoles (ECDs) of prominent negative sharp waves of rolandic discharges appeared as tangential dipoles in the rolandic region and showed a limited localization compared with other components

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Summary

Introduction

The intracellular pH of the cerebral cortex was studied by the neutral red method in 15 adult rats maintained on ketogenic and control diets for 5-6 weeks. The ILAE classification of seizure types based on electroclinical criteria may be justified for well-defined syndromes, eg benign epilepsy of childhood with centrotemporal spikes, but in the differentiation of frontal and temporal lobe partial epilepsies in adults there is significant clinical/pathological overlap. The antiepileptic effect of the ketogenic diet was probably not mediated by cerebral acidosis or changes in cerebral GABA levels.

Results
Conclusion

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