I'm no doctor but...
"pre" beans before.
and "post" means after.
I know that ganglia are a bunch of nerve cells following a common route through a body to provide a shared function.
This is just gesswork but...
look for age-related scarring indicators in comparitive tissue (biopsy) samples.
Extreme care should be taken depending on the locus of the suspected trauma.
JCF
post a complete thought and you might get an answer
Post offices.
a screw.
federal express,united parcel post
happy
If I was paying attention in med school, I think... The pre-ganglionic fibers are myelinated and the post-ganglionic are unmyelinated. This is in reference to the sympathetic and parasympathetic systems.
Noradrenaline or nor-epinephrine released in post ganglionic sympathetic nerve endings is taken up back by the nerves producing it. While acetyl choline secreted by preganglionic nerves and post ganglionic parasympathetic fibres are destroyed by the enzyme acetylcholinesterase, in milliseconds.
sympathetic division
ALL pre- and post-ganglionic parasympathetic nerve cells PRE-ganglionic sympathetic nerve cells POST-ganglionic sympathetic nerve cells to sweat glands ONLY
acytelcholine in pre-ganglionic neurons, norepinephrine in most post-ganglionic neurons.
Yes
The answer is sympathetic post-ganglionic axon
The answer is sympathetic post-ganglionic axon
they stimulate the action of ACh at post ganglionic muscarinic receptors.
No, post-ganglionic sympathetic fibers mostly release norepinephrine. But they do release some ACh to the sweat glands, which causes concurrent vasodilation of surrounding blood vessels (paired with release of bradykinin from sweat glands).
Nor-adrenaline is secreted at post ganglionic sympathetic synapses. There is re-uptake of Nor-adrenaline by nerve ending and only partially destroyed there by the enzyme C.O.M.T. There is no enzyme like acetylcholinesterase present there as in post ganglionic parasympathetic synapse to destroy the acetylcholine.
Postganglionic neuron cell body lies outside the CNS in an autonomic ganglion