They would include the afferent neurons, starting from the median nerve then traveling up to where it meets the ulnar and radial nerves in the brachial plexus. From there they would enter the central nervous system via the spinal cord and up to your parietal lobes after passing through the thalamus. Then your frontal lobe's left side, in an area called Broca's area, would trigger efferent motor neurons to make you say, "Ouch!"
Neural coding refers to the pathways and transformations needed to relay sensory information into the nervous system.
A neurohormone is a hormone that is secreted and circulated by neurosecretory cells into the blood. It stimulates neural mechanisms when activated by neural stimuli.
The sensory neural pathways set the brain's ability to interpret signals that control intellectual, emotional, psychological and physical responses to stimuli. The sensory systems ie. vision, hearing, touch, taste, smell and proprioceptor motion bring sensory signals to the brain and then interpret those signals. During development there is a critical period for sensory neural circuits. To form what is known as synapses (the connection between neurons that helps to carry these signals from neuron to neuron ), stimuli is needed. When this stimulation is not available in the critical period and deficits occur in the region of the cortex responsible, it can not be corrected at a later stage.
This depends entirely on how you are defining "neural pathways". If you mean, very basically, a connection between any two neurons, the number is huge, probably more than the number of atoms in the universe. But I suspect you mean larger pathways, designed to carry out specific functions. However, once again, it's the level of abstraction that is important. Brain functions can be looked at in varying levels of detail, and the number of pathways for carrying out small function is also probably huge. Even the idea of "pathways" is open to interpretation. So, I'd suggest asking your question in some more specific way. You might approach it through a great link to understanding the brain: http://thebrain.mcgill.ca/flash/index_d.html
An interneuron is a special nerve cell that communicates directly between the sensory and motor neurons instead of first going to the brain.
Neural pathways
through repetitive use
Neural coding refers to the pathways and transformations needed to relay sensory information into the nervous system.
Neural sculpting is a process that involves rewiring the brain by intentionally creating new neural pathways through repeated mental exercises and experiences. This concept is often utilized in practices like meditation, mindfulness, and cognitive behavioral therapy to promote positive changes in behavior, thoughts, and emotions. By sculpting the brain in this way, individuals can strengthen desired neural connections and weaken harmful ones.
A neurohormone is a hormone that is secreted and circulated by neurosecretory cells into the blood. It stimulates neural mechanisms when activated by neural stimuli.
prallel processing
The expansion of dendritic connections.
When there is apparent muscular weakness after a diagnosed stroke, the problem typically is not with the muscle, but with interruption of the neural pathways that access the muscle in question. As the stroke has killed off some of the neural connections to that muscle or muscles, weakness will appear until (and if) a sort of "re-routing" occurs and neural pathways are established once more.
Qasim Aziz has written: 'Study of the extrinsic neural pathways of the human gastrointestinal'
An action happens. Her organs observe and send neural impulses to her brain. Her brain processes what happens, lighting up neural pathways. These chemicals and impulses cause her brain to make decisions.
movement
Yes because hormones need to be secreted into the bloodstream, and reach the target organ before they can begin their functioning, whereas nerves go by neural pathways directly to their targets.