Not exact matches
Action
potentials, also known as nerve impulses, are
electrical messages sent from our brains to other organs and
muscles; for instance, nerves in the brain transmit action
potentials through neural networks to direct our arm
muscles to contract in order to call into action our hands to lift or hold an item, a primary research focus at the Columbia Motor Neuron Center, to which both the Zhang and Wichterle labs are affiliated.
It is required for the development and maintenance of strong bones and teeth and, along with sodium, regulates the cellular membrane
potential that allows
muscles to contract and neurons to transmit
electrical impulses.
Along with potassium, they create a membrane
potential, or electrochemical gradient, between cells; the resulting
electrical charges carry nerve impulses, contract
muscle cells and help regulate your heartbeat.