This is wrong!! When bent toward kinocilium, firing rate INCREASES (depolarization). When bent in direction of stereocilium, firing rate decreases (hyperpolarization).
yeah your missinformed when they bend towards the kinocillia the K+ channels at their tips are pulled open by elastin filaments, K+ influx, depol, yada yada yada, action potential firing rate is increased
yeah your missinformed when they bend towards the kinocillia the K+ channels at their tips are pulled open by elastin filaments, K+ influx, depol, yada yada yada, action potential firing rate is increased
When the cilia are bent towards the kinocilium, the firing rate decreases....when the stereocillia are bent toward the kinocilium the hair cell depolarizes actually.....please correct if i am wrong
too short
Djalitana 4 months ago
This is wrong!! When bent toward kinocilium, firing rate INCREASES (depolarization). When bent in direction of stereocilium, firing rate decreases (hyperpolarization).
kbonacchi 6 months ago
@e1g3r you're right. This video just got me more confused.
mistywind08 10 months ago
WHEN IT IS BENT TOWARDS THE FIRING RATE INCREASES! NOT DECREASES!
e1g3r 11 months ago 2
my vestibluer systems was weird yesturday
lacey2682 1 year ago
Lacey2682
lacey2682 1 year ago
the video information i mean...
jaeceesta 1 year ago
yeah your missinformed when they bend towards the kinocillia the K+ channels at their tips are pulled open by elastin filaments, K+ influx, depol, yada yada yada, action potential firing rate is increased
jaeceesta 1 year ago
yeah your missinformed when they bend towards the kinocillia the K+ channels at their tips are pulled open by elastin filaments, K+ influx, depol, yada yada yada, action potential firing rate is increased
jaeceesta 1 year ago
When the cilia are bent towards the kinocilium, the firing rate decreases....when the stereocillia are bent toward the kinocilium the hair cell depolarizes actually.....please correct if i am wrong
dtanoli 1 year ago