The nerves that exit the thoracic vertebrae go to what part of the body?
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The thoracic vertebrae are characterized by their association with ribs.[1]
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Plesse go to this website \n\nhttp://www.umm.edu/spinecenter/education/anatomy_and_function_of_the_spine.html
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To the aorta and then out to the rest of the body.
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I hope that this has nothing to do with computer hardware.\n\nYour spine, the bone that runs from your head all the way down to your bum has segments (vertebrae) which are loosely called 'discs'.  Due to a fall, accident or injury, they slip causing severe pain by pushing against the spinal cord that runs through the spine.  They can sometimes he returned to their proper position by manipulation by a doctor or chiropractor.
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The cauda equina is a bundle of lumbar and sacral nerves that emerge from the spinal cord. This nerve structure is located at the lower end of the spinal cord at the first lumbar vertebra.  http://www.spineuniverse.com/displayarticle.php/article1302.html\n\nCauda Equina Syndrome results when a spinal disc presses on the nerve roots. It cuts off sensation and movement. It can affect control of the bladder and the bowel. \nWithout quick treatment, problems can occur, including permanent paralysis, not being able to empty the bowel or bladder properly, loss of sexual sensation and other problems can occur.
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the motor neurons in the peripheral nervous system.
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Ok, Franko got it started-The action potential is propagated along the sensory axons, through the ulnar or other nerve (depending on exactly what part of your hand touched the stove), through the dorsal root ganglia (which is where the cell bodies for the sensory axon live) to the spinal cord.  There, they will release neurotransmitters at synapses with secondary sensory dendrites and cell bodies (which will send a signal on up the spinal cord to the brain) In addition, they will release neurotransmitters at synapses with interneurons, which synapse with motor neurons.  There motorneurons send axons to a number of muscles, such as the bicep.  A signal is generated at the motorneuron, sent down the axon, which then terminates on motor end-plates, which stimulate the muscle to contract, and thus pull the hand away.
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Humans are born with 33 separate vertebrae. By adulthood, most have only 24, due to the fusion of the vertebrae in certain parts of the spine during normal development.
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Nervous system is the control center which consists of Brain, Spinal Cord and an enormous network of nerves that spread throughout your body. These nerves are responsible for the information flow between nervous system and other systems [ digestive, respiratory, circulatory etc etc ] in the entire body. Nervous system controls and coordinates the functioning of all other systems that exists in a body.
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The skeletal system is the base for all of the other systems, in your question, muscles are directly attached to bone by tendons and ligaments.  The nerves then run around and through our muscles so when a thought to move is made then the nerve is sent from the brain to the nerves then they send it to the muscle creating a movement.
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It does sound like your back. Typically a pinched nerve in the mid thoracic area will affect an organ or nerve ending creating some pain. I would first get some deep tissue massage done on that area and see if it relieves some of your discomfort. Sometimes an imbalance in muscles will pinch those nerves in the spine. If it doesn't relieve it I would get a different opinion to find out what is going on.
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In your neck.  They are the arteries going from the heart to the brain and back again. These are the main arteries in the neck that supply blood to the brain. Carotid is how it is correctly spelled.
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Spinal cord\nPeripheral nerves\n\nThere are many peripheral nerves, and many subdivisions in the brain, too. Too many to list, since they cover every inch of your body and every organ system as well.
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The medulla oblongata is the lower portion of the brainstem, above the spinal cord, below the pons, and anterior to the cerebellum. It controls autonomic functions and relays nerve signals between the brain and spinal cord.
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The Dorsal Aortæ.—In front of the third aortic arches the dorsal aortæ persist and form the continuations of the internal carotid arteries; these arteries pass to the brain and each divides into an anterior and a posterior branch, the former giving off the ophthalmic and the anterior and middle cerebral arteries, while the latter turns back and joins the cerebral part of the vertebral artery. Behind the third arch the right dorsal aorta disappears as far as the point where the two dorsal aortæ fuse to form the descending aorta. The part of the left dorsal aorta between the third and fourth arches disappears, while the remainder persists to form the descending part of the arch of the aorta. A constriction, the aortic isthmus, is sometimes seen in the aorta between the origin of the left subclavian and the attachment of the ductus arteriosus
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Head, thorax, abdomen. If you are in med school, this might not be the best place to get the answer.
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-destruction of the dorsal root (sensory nerve) results in a loss of sensation\n-destruction of the ventral root (motor nerve) results in muscular paralysis