The macula is densely packed with photoreceptor cells called rods and cones that react to light and
send electrical nerve impulses to the optic nerve and into the brain.
Not exact matches
They
send a high level of
electrical impulses from peripheral
nerve endings to the brain, which could produce an anti-depressant effect.
The brain controls movement by
sending electrical signals to our muscles through
nerve cells.
In 2004, surgeons placed a tiny 100 - electrode array in his primary motor cortex, the brain region that controls voluntary movement, to collect
electrical impulses from
nerve cells and
send them to a series of signal processors.
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.
When these photoreceptors detect light, they
send a signal to specialized neurons in the retina called retinal ganglion cells, or RGCs, which then transmit visual information to the brain by firing
electrical pulses along the optic
nerve.
Some of the cells in this layer (the photoreceptors) convert light into an
electrical signal that is then amplified and processed by other cells before being
sent to the brain via the optic
nerve.
The
electrical signals must then be
sent to another processing chip that converts the strength of the signals to a digital stream of pulses that is only then
sent on to peripheral
nerves or brain tissue.
There is a sensory branch of the vagus in the outer ear and, by
sending electrical current down the
nerves and into the brain, researchers were able to influence outflows from the brain that regulate the heart.
In general, a neuron spikes, meaning it it
sends an
electrical signal that travels down a
nerve fiber, when cued by a sensory element.
These
nerve cells, known as retinal ganglion cells (RGCs), use
electrical impulses to
send visual information — entering the eye through the optic
nerve — to the brain where images are perceived.
When a
nerve cell is activated, it
sends an
electrical impulse down its axon to the terminal, which stimulates a vesicle within the terminal to migrate to the terminal's surrounding membrane.
By determining the structure of a protein involved in modulating the
electrical signals
sent from one
nerve cell to another, scientists have resolved, in exquisite detail, a mechanism responsible for...
Differentiation — A process that occurs during development by which cells take on their specialized functions, such as the ability of a red blood cell to carry oxygen or a
nerve cell to
send an
electrical signal.
Because
nerve cells, which
send electrical impulses and neurotransmitters (think serotonin and dopamine), are rich in DHA, omega - 3s protect
nerve cells from damage and indemnify normal, healthy communication between brain cells and the body's
nerves, which can impact mood and ha been linked to depression severity.
It also helps your
nerves send the small
electrical impulses required for
nerve function, and it contributes to blood vessel function.
This
electrical potential is produced in consequence of
electrical signals
sent from the brain, along efferent
nerves that control motor units (Baylor & Hollingworth, 2011; Smith et al. 2013).
Muscle fibers produce tensile force in this way in response to pulsed
electrical signals
sent from the central nervous system (CNS) along efferent
nerves.
Since these
electrical impulses are generated in the neurons and are
sent straight to target organs, the abnormal, uncontrollable, and uncoordinated firing of
nerve impulses can be readily seen in the said organs.
During a seizure, tiny areas of your pet's brain begin
sending out
electrical impulses that are received by the
nerve cells that adjoin them.
During an epileptic seizure random
electrical impulses are
sent from the
nerve cells of your pet's brain to muscles throughout its body.