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Neural Signals are the electrical potential carrying the information to be transmitted between neurons/dendrites. They also initiate chemical stimulation on the synapses to transfer/carry forward the message from/to brain.
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A neural impingement is a physiological flaw that will entail disintegration of the spinal column. This often causes so much pain and the treatment is mostly focused on al…leviating the pain on your spinal cord.
Neural cells are nerve cells such as those that are found in the brain.
The neural tube is the part of the development of the central nervous system in a developing embryo. What is pretty amazing about this is that within the first 4 weeks of …development from conception, the entire framework of the central nervous system will have finished forming! Around day 18, the neural plate appears at the midline of the thickening of the ectoderm, the outermost layer of the germinal sac. Essentially what happens over the next couple of days is that the neural plate forms a depression, which eventually is pushed down and separated from the original cell layer by the fusion of the neural crests, resulting in the formation of a neural tube - this is rather hard to explain without a proper diagram!
Nueral tissue is specialised for conduction of electrical impluses that convey information or instructions from one region (part of the body) to another.
Neurotransmitters are chemicals that are involved in communication between the nervous system and endocrine glands. It is basically a chemical message.
Neural compression syndrome is a medical condition where you have pressure on a single nerve. This will cause pain, numbness, and tingling.
The neural tunic, also known as the sensory tunic, is the deepest of the tunics in the eyeball. It's rods and cones allow for sight, and it contains neurons and ganglia.
Neural means "of or relating to the nerves, neurons, or nervoussystem".
Both types of signaling can occur over long distances: neurons can send action potentials along very long axons (from the spinal cord to the fingers, for example), … and hormones are passed through the bloodstream throughout the organism. Neurons secrete large amounts of neurotransmitters into a small, well-defined space at the synapse, yielding a high local concentration. Neurotransmitter receptors, theref ore, need to bind to neurotransmitters with only low affinity (high K d). By contrast, hormones are diluted extensively in the bloodstream, where they circulate at minuscule concentrations; hormone receptors, therefore, generally bind their hormones with extremely high affinity (low K d). Neuronal signaling is very fast, limited only by the speed of propagation of the action potential and the workings of the synapse. In addition to speed, nerves communicate directly with one or a few cells. Hormonal signaling is slower, limited by blood flow and diffusion over relatively large distances, but it communicates at the same time with all the diverse and widely dispersed target cells in the body.
Neural reflexes are the building blocks for the diagnosis of dysfunction in the CNS. This article describes the basis of neural connection underlying the control of posture, t…he autonomic nervous system, monosynaptic stretch reflexes, and polysynaptic motor reflexes. The neural reflexes consist of the stimulus, the receptor, sensory neurones, efferent, effectors and respnse
It is the explanation of signal transfer along a nerve cell or neuron.
Simply, it is the process of removing neurons that are no longer used or useful in the brain.
a neurotransmitter chemical crosses the junction.