The article discusses the role of pH in synaptic transmission, highlighting how pH changes can affect neuronal activity. It explains that a rise in pH increases neuronal activity, while a fall dampens it. The article explores the mechanisms of pH regulation in synaptic structures, the impact of pH on synaptic key players like glutamate receptors, and the role of various ion transporters and carbonic anhydrases in maintaining pH homeostasis. It also discusses the implications of pH fluctuations for synaptic function and potential feedback mechanisms.
documents/EFTA00611569.pdf
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