What part of the brainstem is connected to the spinal cord?
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The medulla oblongata.
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During muscle contraction the strands of collagen are stretched as the muscle shortens. This stretching deforms the terminals of the Ib afferent axon, opening stretch-sensitive cation channels. As a result, the axon is depolarized and fires nerve impulses up to the central nervous system via the spinal cord. The action potential frequency signals the force being developed within the muscle.\n\nThis sensory feedback plays an important role in spinal reflexes and in the central control of muscle contraction. Specifically, it is postulated that because a Golgi tendon organ exists in serial connection with muscle fibers, it can measure the tension that each muscle contraction builds up. The Ib afferent axon synapses with interneurons within the spinal cord and also relays information to the brain. One of the main spinal reflexes receiving an input from the Ib afferent is the autogenic inhibition reflex, which is involved with the regulation of the force profile of on-going muscle contractions.\n\nThe ascending pathways to the cerebellum are the dorsal and ventral spinocerebellar tracts and are involved in the cerebellar regulation of movement.
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The posterior projection of a single vertebra is known as the spinous process. It is an attachment for various ligaments and muscles.
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Syringomyelia (sear-IN-go-my-EEL-ya) is a disorder in which a cyst or tubular cavity forms within the spinal cord. This cyst, called a syrinx, expands and elongates over time, destroying the center of the spinal cord. Since the spinal cord connects the brain to nerves in the extremities, this damage results in pain, weakness, and stiffness in the back, shoulders, arms, or legs.
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The two answers that you see most often are nerve cell and ovum.\nBoth are correct.\n1. the nerve cells that make up sensory nerves have their cell bodies in the dorsal root ganglion located in the back and the have extensions (dendrites) that reach to the area sensed (all the way to the toes. (many millimeters long but very, very thin).\n2. The cell body of the ovum is the round and had the largest volume of any cell.
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Hope u will get the idea through this flow diagram.\n\nstimulus-> receptors-> sensory nerves (impulses)-> control center (brain or/and spinal cord)-> motor nerve (impusles)->response (muscle contraction).
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The brain completly controls the human body, It depends on the part of the brain damaged by the tumaor, for example damage to the cerebellum could cause cerebal palsy or complete paralysis. damage to the midulla oblongatta could prevent functioning of autonomic functions and require life support.
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The answer is C. cochlea since this is the only structure that has nerve cells on your list.\n\nThis answer is the right one for you.\n\nBy the way this sounds like a test question...are you taking a test or doing homework?
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the brain. im pretty sure its the medula obligatta that allows you to balance yourself.
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Your question is hard to understand, but here is some basic information about the nervous system in humans/animals.  \n\n\nThe nervous system of an animal coordinates the activity of the muscles, monitors the organs, constructs and also stops input from the senses, and initiates actions. Prominent participants in a nervous system include neurons and nerves, which play roles in such coordination.\n\nThe nervous system of vertebrate animals are often divided into a central nervous system (CNS) and the peripheral nervous system (PNS). The CNS consists of the brain and spinal cord. The PNS consists of all other nerves and neurons that do not lie within the CNS. The large majority of what are commonly called nerves (which are actually axonal processes of nerve cells) are considered to be PNS. The peripheral nervous system is divided into the somatic nervous system and the autonomic nervous system. For example, the human brain is part of the nervous system.
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Nerves stimulate areas of the brain that correspond to the part of the body they connect with.  The part may be gone, but the brain area isn't and can be stimulated by the remainder of the nerves, other brain areas, or just become slightly active.  The brain doesn't know the part is gone and anytime that area is stimulated you feel the body part even if it isn't there due to amputation.
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"myelination connection" doesn't really make sense. read this article on the brain's architecture and functions, hopefully it will contain what you're looking for.
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There are holes in each vertebrae that forms the rachidian or SPINAL CANAL where we find the spinal cord.\nRrachidian (ra-kid'e-an).  the spinal column.
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Because the spinal chord is still part of the central nervous system.  There are many reflex arcs where nerves come from the limbs, to the spinal chord, where they synapse with neurons that go right back to the limbs.  Not all sense/response loops are brain mediated--the spine itelf has the ability to send and recieve signals.\n\nDeath doesn't come all at once.  After the brain disconnects, the cells can live as long as they still have the oxygen and nutrients to perform metabolic processes.
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The two main components of the central nervous system are the spine and brain. Peripery nerves branch out from the spinal cord from limb to toenail.
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Your brain is mostly damaged in the part where a certain part of the spinal cord is damaged. Neurons do not regenerate. They get killed and don't come back. Nerve cells don't normally regenerate themselves.
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In animal anatomy, the rhinencephalon is a part of the brain involved with olfaction.\n\nSome references classify other areas of the brain related to perception of smell as rhinencephalon, but the areas of human brains that receive fibers strictly from the olfactory bulb are limited to those of the paleopallium. As such, the rhinencephalon includes the olfactory bulb, the olfactory tract, the olfactory tubercle and striae, the anterior olfactory nucleus and parts of the amygdala and the piriform cortex.