Neuron Synapse - Neurology: The Function of the Synapse Explained
Neuron Synapse - Neurology: The Function of the Synapse Explained. How does the neural synapse work and how does the synapse transport signals from a ...
+BubblyBabyBee You are welcome... I am just happy my video was able to help you :-)and I hope your test went well!
Chemical Synapse Animation
This is the final version of my animation, entitled Chemical Synapses. Enjoy! This animation was created using 3DS Max, ZBrush, CrazyBump, Adobe After ...
Hi , This is superb.
I am making a short film to raise awareness on the decline of bees. One of
the major reason is pesticides & insecticides. they destroy the brain
function. I was wondering if you would allow me to use a bit of this
animation to show brain function. I would credit your piece and send you
the final film. let me know your thoughts. Thanks
This video is a basic description of the chemical synapse. It is intended for students enrolled in a 100 or 200 level Human Anatomy & Physiology course.
Evolution is first by chance and then, by urgent necessity, as a wise man
told us like 50 years ago (a Nobel called Jacques Monod, not jesus
christ)Nobody understand evolutionary processes to the end, however there
is no reason to be ashamed of beeing a part of an stochastic process... is
much worse to tell yourself lies just in order to bury the sadness of your
anthropocentrism. Life is marvellous, but not miraculous. Many things can
be explained. Unfortunately, foolishness is not one of them.
* THIS CRITICALLY IMPORTANT ~ DESIGN, PROCESS and PERFECTED FUNCTION = IS
SO AMAZING and BRILLIANTLY DESIGNED,!! CLEARLY, The HIGHEST LEVEL of
INTELLECT ; A MOST BRILLIANT MIND! ) Theres ABSOLUTELY NO WAY= That THIS
TREMENDOUS DESIGN, and MIRACULOUS PROCESS - COULD E V E R HAVE SLOWLY
EVOLVED, OVER MILLIONS of YEARS ~ BY EXTREMELY GRADUAL, COMPLETELY RANDOM,
MINDLESS ~AND~ UTTERLY BLIND CHANCE!!! AND, THIS, IS JUST O N E of
SEEMINGLY ENDLESS EXAMPLES - FROM.ALL of CREATION & LIFE!
I have a question (and please forgive, I am brand new to neuroscience). At
the 4:35 mark you talk about K ions leaving the post-synaptic membrane, in
turn hyperpolarizing the membrane and making it less likely to generate an
action potential. If negative K ions are leaving the post-synaptic
membrane, why wouldn't that act as a depolarizing force increasing the
likelihood of continuing the nerve impulse?
In the axon after the Na voltage gated channels have closed and the K
voltage gated channels have allowed K to exit into the ECF hyperpolarizing
it, how does the neuron restore the Na/K balance it had before with more K
inside and more Na outside? Even if RMP is the same doesn't cell function
require the ICF to be more laden with K and the ECF with Na? Does the Na/K
pump using ATP come into play?
Evolution is not random or by chance. Please read more about natural
selection and evolution before commenting. You do not understand the
process. Then, if you have physical, scientific evidence that disproves
natural selection or supports an alternative scientific theory, write it
down, get it peer-reviewed, publish it, and collect your Nobel prize. -SH4AP
For any non-traditional (age grouper) student, this is basic enough to help
you understand neurotransmitters and action potential. I'm in psychology
111 and have had a difficult time grasping this whole process. This
helped.
Thank you Sir, this was an awesome explanation of chemical synapse...over
and beyond.Understanding the communication between the neurons and how
synapse take place and the details behind it. Thxs Sir... :)
The sodium-potassium pump maintains the RMP by pumping Na+ and K+ against
their gradients. It is responsible for 70% of the ATP used by the nervous
system every day.
Question: If the membrane reversal potential is 0(due to K+ and Na+
channels). Why the action potential goes higher than this level. What is
making it more positive?
acetylcholine, acetaminophin and opiates derived from green leaf lettuce
from broccoli that makes for derived neurotropic factor of the released
content?
Immune mechanisms of synapse loss in health and disease
How synapses are eliminated in the developing and diseased brain remains a mystery. During development, synaptic pruning is required for precise wiring, and ...