Sodium action potentials can propagate somatofugally into the dendritic tree of cortical pyramidal neurons 1, as shown by electrophysiology and optical imaging of [Ca 2+] in brain slices (for ...

Compounding these issues, the formation of sodium dendrites poses significant safety risks and further limits the battery's cycle life. To overcome these challenges, researchers have focused on ...

In addition to these problems, the development of sodium dendrites further reduces the battery's cycle life and presents serious safety hazards. To overcome these difficulties, researchers have ...

This amplification was greatest when action potentials occurred at the peak of EPSPs or dendritic oscillations and could lead to somatic burst firing. The increase in amplitude required sodium ...

In addition to these problems, the development of sodium dendrites further reduces the battery's cycle life and presents serious safety hazards. To overcome these difficulties, researchers have ...

This electrolyte is unable to prevent the formation of sodium dendrites, pointed microscopic structures that cause short circuits. Moreover, BASE also fails to limit the activity of sodium ...