Zhuzha | Kino Room | Moovik | Photo Cube | Celebrities | Muravey Link Dump | Free MySpace Scripts | Free Image Hosting

Substance P - Neurology



Uploaded by: DionOlguin
Video Description:
This animation represents the reaction that occurs when the nervous system is stimulated by pain. In the area of the synaptic clef neuro transmitters interact with receptor sites on the dendrite and dorsal root of the nerve cell. The electrical impules are created and nternalization occurs.


Tags for this video: 3D Animation Dion Education Neurology Olguin P Science Substance

Find more videos in the "People" category


Share This Video:       StumbleUpon       del.icio.us       Reddit       digg       Furl       Spurl       Simpy       YahooMyWeb


Comments for this video: Show || Hide
Comments for this video on YouTube
a key would have ... ( 1 year ago by marklethanarkle)
a key would have been nice.
would you mind ... ( 1 year ago by danielito2129)
would you mind giving an explanation of this video please?
I've been checking ... ( 1 year ago by SamanthaAJones)
I've been checking out your videos. Love the channel. My mother and partner, Cheryl Shuman says that you are a great person and a dear friend. I just started my channel, so I'm sending you a friend request and hope that we can get to know each other. Feel free to contact me.
xoxoox,
Samantha Jones, First Daughter :-)
...A little sound ... ( 1 year ago by Envyse7enSin)
...A little sound could be nice..
send this video to ... ( 1 year ago by ekadzibwa)
send this video to my email adress
the molecules ... ( 6 months ago by burninhtd)
the molecules coming into the terminal bulb should be calcium ions, they trigger the exocytosis of the neurotransmitter
beep. boop. ( 5 months ago by toastyy)
beep. boop.
NUH UH. YOU ARE ( 5 months ago by toastyy)
NUH UH. YOU ARE
Sure. An action ... ( 2 months ago by zanecha)
Sure. An action potential which was created due to the stimulation of a neuro-receptor, begins to travel down a nerve cell. The action potential travelling down the axon, eventually reaches voltage gated ion channels. If the threshold is surpassed then the ca+ ion chanlles open, causing an influx of ca ions. This causes synaptic vessicles, containing a neurotransmitter to merge with the presynaptic membrance. This results in the release of neurotransmitters into the synaptic cleft.
The ... ( 2 months ago by zanecha)
The neurotransmitter molecules then bind to specific receptor sites on chemical gated ion channels on the post-synaptic knob. The channels then open. Neurotransmitter is released and is broken down and reused and repackaged back in the pre-synaptic knob. The opened ion channels then allow for an influx of ions (for example's sake, let's say Na+.). If the Na+ causes a large enough change in voltage or the threshold level is reached, then an action potential occurs along the post synaptic knob etc
*thanks ( 2 months ago by coolerlilipop)
*thanks



Tell a friend:


URL 
Embed Code