what is the impact of nervous electrical impulse upon muscles proteins
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what is the impact of nervous electrical impulse upon muscles proteins
what is the impact of nervous electrical impulse upon muscles proteins in one word
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Nerve Impulses- Electricity in the body
Human electrical energy is generated by chemical processes in nerve cells. Billions of nerve impulses travel throughout the human brain and nervous system. A nerve impulse is a wave of electrical activity that passes from one end of nerve cell to another. Each impulse is the same size that carries information about the intensity of the nerve signal. Neurons, basic unit of nervous system, are responsible for sending, receiving, and interpreting information from all parts of the body.
Our body is a complex and carefully-balanced superhighway of cells, tissues and fluids that direct an incomprehensible array of electrical impulses almost every second. This is only possible due to a homeostatic environment where electricity is well conducted to carry the signals to their intended destinations. They key to maintaining this conductive superhighway lies within the ELECTROLYTES. Electrolytes regulate our nerve and muscle function, our body’s hydration, blood pH, blood pressure and the rebuilding of damaged tissues. Various mechanisms exist in our body that keep the concentrations of different electrolytes under strict control.
Human electrical energy is generated by chemical processes in nerve cells. Billions of nerve impulses travel throughout the human brain and nervous system. A nerve impulse is a wave of electrical activity that passes from one end of nerve cell to another. Each impulse is the same size that carries information about the intensity of the nerve signal. Neurons, basic unit of nervous system, are responsible for sending, receiving, and interpreting information from all parts of the body.
Our body is a complex and carefully-balanced superhighway of cells, tissues and fluids that direct an incomprehensible array of electrical impulses almost every second. This is only possible due to a homeostatic environment where electricity is well conducted to carry the signals to their intended destinations. They key to maintaining this conductive superhighway lies within the ELECTROLYTES. Electrolytes regulate our nerve and muscle function, our body’s hydration, blood pH, blood pressure and the rebuilding of damaged tissues. Various mechanisms exist in our body that keep the concentrations of different electrolytes under strict control.
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