The transduction channel which is mechanically gated by the pulling of the linking filament (or tip-link) is found on the shorter of the two stereocilia. The tallest cilia of a hair bundle is called the kinocilia and doesnt have a channel to be opened.
the human body is very structual and very complicated thing so many different ways it works and i dont know im speechless at this point lol but from i learned a while back the human body is also like a battery kinda strange
Well, it is an animation from the 'Albert's for children' (the Essential) and you could add loads of information to it, but it keeps and simple and I found it very good.
@skalkmaster you're thinking of the otolith; vestibular system
Ramin325 4 months ago
Is this right? I thought that the inner hair cells do not touch the tectorial membrane. They're stimulated by the endolymph fluid around them. Right?
MsTeachie 8 months ago
The transduction channel which is mechanically gated by the pulling of the linking filament (or tip-link) is found on the shorter of the two stereocilia. The tallest cilia of a hair bundle is called the kinocilia and doesnt have a channel to be opened.
grn4pp1etree 1 year ago
0:27 supercharged
freyajean 1 year ago
really helpful thanks!
Billiesuesue 1 year ago
the human body is very structual and very complicated thing so many different ways it works and i dont know im speechless at this point lol but from i learned a while back the human body is also like a battery kinda strange
solidus6989 1 year ago
Well, it is an animation from the 'Albert's for children' (the Essential) and you could add loads of information to it, but it keeps and simple and I found it very good.
nlaugesen 1 year ago
Pretty good but some things are wrong. The longest cilia is a kinocilia and the shorter ones (stereocilia) are opend by it...
skalkmaster 2 years ago
really helpful, thank you
Niamhie07 2 years ago
Very helpful! Thanks :D
zipperears88 2 years ago