Responsible for this "dance" is a motor protein called "prestin" in the membrane of the outer hair cells. It has voltage sensors, which trigger the length changes of this protein.
this IS a hair cell, these cells are in the inner ear, and are the receptors of hearing. (In this movie, the hair cell is sitting on a patch pipette.)
Yes, it is a hair cell from the inner ear, or more specifically an isolated outer hair cell from the Organ of Corti; but these cells are not responsible for hearing sound - they are responsible for amplifying it. The 'inner hair cells' on the other hand are responsible for transducing sound (pressure) waves into electrical pulses that reach the brain via the 8th cranial nerve and are interpreted as sound.
@MrFilatova You missed something. The Outer haircells are also responsable for sharpening the sound. So the are important for hearing. Because otherwise you wouldn`t hear a distinct tone you would hear a somehow broader sound.
An isolated hair cell (don't know from what animal) was secured by a patch electrode in a petris dish with physiological solution. The shadow at the basee of the hair cell is the patch electrode. For detail on how a patch electrode is made, please google it.
You're correct that it is the outer hair cells that have this response, but what I think they're referring to in the description it the fact that it is a cell from the inner ear (i.e. the cochlea).
Thanks for the video! My dad gets hairs in his ears and hates them. Therefore, he picks them out with tweezers. We tried to see if laser surgery could be performed on his ears so that he wouldn't have hairs in his ears anymore, but they said they couldn't do it. If a way is invented, I'm sure my dad would jump on it!
These inner ear hairs are so tiny, that a loud sound could destroy them. If these hairs are deformed oder destroyed, it often causes tinnitus. Anyway best wishes for your dad ;-).
Actually, this isn't even a hair, it is a single cell from the Organ of Corti inside the Cochlea that responds to sound waves. It is a part of the hearing mechanism.
@Fil0403 My comment was made way back at the beginning of the comments (a year ago) where, if you look, there are several people who didn't understand that there was a difference between and ear hair and a hair cell.
If this hair cell was at a party...it would be the nerd in the corner bobbing awkwardly
therampantbookworm 1 month ago
I watched this at school give more info on the ear :)
flamingpeach10 3 months ago
i actually hoped the shit to do moonwalk and stuff
oh well...
Bjelor 9 months ago
In this video we can see what Prestin protein is capable of! :)
So funny!
And interesting :)
bandimko 11 months ago
even singlecellular beings likke this song
TheGanstaben 1 year ago
now i know that when i jumpstyle
im not the only one dancing
TheMonkey96b 1 year ago
so geil :D
Das haben wir uns letzte Woche in Audiologie angesehen :D
so funny! :D
Spuffy24 1 year ago
awesome! so funny:)
turalb 1 year ago
saw it in lecture today! awesome!
dongjian0406 1 year ago
Responsible for this "dance" is a motor protein called "prestin" in the membrane of the outer hair cells. It has voltage sensors, which trigger the length changes of this protein.
SpookyNooky 1 year ago
Throw some drum & bass.
Fil0403 1 year ago
we saw this in class we're doing a test on that soon
thenavneet9 1 year ago
rofl
Nekosculta 1 year ago
Awesome! Saw it in today's lecture, had to fav orite this one ;)
JorikvanRijn 2 years ago
i thaught hair cells sway .. not dance!! haha!! this stuf 2 funny!! haha!!
emacwakeup 2 years ago
my teacher showed us this vid!!! its hiarious!
pierrelepoisson1 2 years ago
Haha my Physiology prof showed this to us yesterday :D
I had to come on to fav it XD
momomoose 2 years ago 2
same with me!
supermanadamio 2 years ago
lol Oh my, you're not in my BIOL361 class are you?? haha :3
momomoose 2 years ago
omg I could be... you know, me being in Australia and all. lol.
supermanadamio 2 years ago 2
haha Long-distance ed maybe ^^
momomoose 2 years ago
The Fuck...
skeltim 2 years ago
i think the cell is reacting to voltages send through the patch electrode, not to the music. It's probably just added later
Nydracommander 2 years ago
lol
sugarplumapathy 2 years ago
Definitely an OUTER hair cell, they have the protein prestin which make them motile (they move) in response to voltage changes.
Saw this in a talk by Peter Dallos :)
andreatrv 2 years ago 2
this IS a hair cell, these cells are in the inner ear, and are the receptors of hearing. (In this movie, the hair cell is sitting on a patch pipette.)
evicime 2 years ago
Yes, it is a hair cell from the inner ear, or more specifically an isolated outer hair cell from the Organ of Corti; but these cells are not responsible for hearing sound - they are responsible for amplifying it. The 'inner hair cells' on the other hand are responsible for transducing sound (pressure) waves into electrical pulses that reach the brain via the 8th cranial nerve and are interpreted as sound.
MrFilatova 2 years ago 23
@MrFilatova You missed something. The Outer haircells are also responsable for sharpening the sound. So the are important for hearing. Because otherwise you wouldn`t hear a distinct tone you would hear a somehow broader sound.
werekorden 1 year ago
This comment has received too many negative votes show
i think that is hear cell....not hair....i did see it in a congres...
di62zani 2 years ago
lol, thank you
crunchyleavesaflow 2 years ago
I want to show this in my class (i am a teacher). The kids will probably ask how this is videotaped. Does anyone know? On a human body?
elli14981 3 years ago
An isolated hair cell (don't know from what animal) was secured by a patch electrode in a petris dish with physiological solution. The shadow at the basee of the hair cell is the patch electrode. For detail on how a patch electrode is made, please google it.
leungh10 3 years ago
ummm what is the song?
oOluvangelOo 3 years ago
rock around the clock of Bill Halley
xpeperx 3 years ago
I thought only the outer ear cells can "dance" because the internal ones have no "muscles" !!
tuttuthupe 3 years ago
You're correct that it is the outer hair cells that have this response, but what I think they're referring to in the description it the fact that it is a cell from the inner ear (i.e. the cochlea).
aldalote 3 years ago
This comment has received too many negative votes show
so this is what we pay government scientists for???
TheGameShogun 3 years ago
What happens when physiologists are in the lab too long.
Cheyenne17124 3 years ago 3
lol...now all it needs is for the hair cell to play a banjo...that would be so cool
theunraveler 3 years ago
lol...now all it needs is for the hair cell to play a banjo...that would be so cool
theunraveler 3 years ago
cool stuff ross...
nbalaji87 4 years ago
Ross. This video has single-handedly rejuvenated my passion for learning.
DaveShi 4 years ago
Thanks for the video! My dad gets hairs in his ears and hates them. Therefore, he picks them out with tweezers. We tried to see if laser surgery could be performed on his ears so that he wouldn't have hairs in his ears anymore, but they said they couldn't do it. If a way is invented, I'm sure my dad would jump on it!
gymman1031 4 years ago
yeah, but here are different hairs mentioned.
These inner ear hairs are so tiny, that a loud sound could destroy them. If these hairs are deformed oder destroyed, it often causes tinnitus. Anyway best wishes for your dad ;-).
eisenhauer89 4 years ago 3
Actually, this isn't even a hair, it is a single cell from the Organ of Corti inside the Cochlea that responds to sound waves. It is a part of the hearing mechanism.
aldalote 3 years ago 12
@aldalote Actually, the title already clearly states it's a hair cell, not hair, so I don't see the reason for the clarification, but thanks anyway.
Fil0403 1 year ago
@Fil0403 My comment was made way back at the beginning of the comments (a year ago) where, if you look, there are several people who didn't understand that there was a difference between and ear hair and a hair cell.
aldalote 1 year ago
@aldalote
They are CALLED.HAIR CELLS
DarkBabyIon 11 months ago
@aldalote Actually, this isn't even a cell, it is a single piece of cheese from France. It is something you eat.
MrAzulay 8 months ago 3
that's so funny! and interesting! i just played it three times and couldn't stop giggling.
antk11 4 years ago