Sentences with phrase «transmit electrical impulses»

These are caused by an imbalance of the chemicals that transmit the electrical impulses in the brain.

It provides insulation around nerve cells that transmit electrical impulses, thus maintaining healthy communication in the brain.

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.

V2a interneurons are, in fact, some of the longest cells in the body, able to extend their axon — the nerve fibers that transmit electrical impulses — across several vertebrae.

nerve cells Special cells that transmit electrical impulses.

With a remote control, Darrel uses the stimulator for up to 45 minutes each day, applying different programs to transmit electrical impulses into his spinal cord that mimic the same signals that would come from the brain.

A temporary bioelectronic device implanted on the lower spinal cord will transmit electrical impulses, mimicking brain signals, from below the spinal injury to the legs.

Specifically, the research sheds light on the role of RPM - 1 in the development of axons or nerve fibers — the elongated projections of nerve cells that transmit electrical impulses away from the neuron via synapses.

The answer is that they all affect the ability of nerves to transmit electrical impulses by affecting the ion channels in nerves.

This particular ion channel transmits electrical impulses by allowing charged particles to cross cell membranes in the presence of ATP, the ubiquitous energy - carrying molecule.

Not exact matches

The spinal cord may be best understood as a thick data cable that processes and transmits the constant stream of electrical impulses that flow between your brain and the rest of your body, enabling motion and sensation.

Nerve cells communicate by means of electrical impulses, which are transmitted along neural processes known as axons.

In the late 1960s, Katz determined that the amount of acetylcholine in a vesicle was related to the electrical potential at the terminal of an axon — the long extension of a neuron that transmits the impulse.

When enough ions have flowed into the nerve cell, an electrical impulse is released and transmitted along the nerve.

Optogenetic technologies targeting neurons rely on the electrical impulses these cells use to quickly transmit messages.

Electromagnetic waves travel over vast distances, so perhaps there is some way the electrical impulses that generate thoughts could be transmitted from one person to another.

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.

Axons are the long projections of neurons that conduct electrical impulses, and information is transmitted from one neuron to a second neuron across the synapses located at the ends of neurons.

For example, fats are critical for brain and nervous system function because the myelin (a sheath around nerve fibers that that electrical impulses are transmitted) is made of essential fatty acids.

Myelin forms an insulating layer around these axons, the purpose of which is to allow electrical impulses to transmit efficiently and rapidly along the axonal pathways.

An electrical impulse is transmitted by the handler remotely, at varying degrees of intensity, from varying distances depending on range frequency.

These serve to generate and transmit a coordinated electrical impulse that first stimulates the atria and then stimulates the ventricles thus causing the muscle cells in these chambers to contract resulting in pumping of the chambers.

The movement of blood results from electrical impulses transmitted throughout the heart.