The potassium channel subunit kv1.8 (kcna10) is essential for the distinctive outwardly rectifying conductances of type i and ii vestibular hair cells

HIGHLIGHTS

• What: Graphical 1 of 44 __NEWPAGE__eLife assessment This study provides direct evidence showing that Kv1.8 channels underly several potassium currents in the two types of sensory hair cells found in the mouse vestibular system. The authors report that a specific voltage-gated K+ (KV) channel subunit participates in very different KV channels dominating the membrane conductances of type I and type II HCs in amniote vestibular organs. The authors characterize this KV1.8-independent delayed rectifier later. The authors refer to the KV1.8-dependent delayed rectifier component as gDR(KV1.8) and to the residual . . .
  

   

  

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