Examples of using Axons in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
There's no axons, no neurons.
The axons of these cells form the optic nerve.
Neurons have specialised cell parts called dendrites and axons.
The axons of these cells make up the optic nerve.
We look forward to a future fountain of youth(so to speak) for optic nerve cell axons.
Axons- responsible for carrying information away from the cell body.
Neurons pick up signals transmitted through the axons at junctures known as synapses.
Bundles of fibres or axons, in the peripheral nervous system are called nerves, and bundles of afferent fibers are known as sensory nerves.
They also know that preserving the retinal ganglion cells and their axons is necessary for sight.
It consists of over one million axons, which carry visual information to different parts of the brain.
Functional restoration of damaged nerves involves re-establishment of a continuous pathway for regenerating axons to the site of innervation.
In the case of glaucoma, we have shown that the axons in the optic nerve lose their ability to communicate with their projection site in the mid-brain.".
Once researchers refine what is needed to help the axon grow,they need to determine if those axons can navigate properly and get where they need to go.
Under normal conditions, most axons in the mature central nervous system(which consists of the brain, spinal cord and eye) cannot regrow after injury.
Dendrites receive signals to the cell body, while axons carry signals away from the cell body.
While these axons did not actually establish structural continuity and function, a fair number were able to extend through the injury site and down on to the optic nerve.
Dendrites bring electrical signals to the cell body and axons take information away from the cell body.
Under stress, as happens in glaucoma, these cells appear to stop producing enough of the neuroprotective lipoxins andthe neural cells and their axons start to die.
This causes the immune system to destroy the myelin sheath surrounding your axons(the extensions of a nerve cell carrying nerve signals);
Axons are long fibers that grow from nerve cells to transmit electrical impulses, in this case from the sensory nerve cells in the retina, up the optic nerve, and into the brain.
Our goal is to investigate the parts of the optic nerve cell,specifically axons and synapses, which may be vulnerable early in the course of the disease.
The axons will figure prominently in the discussions below, because they are coated with a fatty substance called the myelin sheath, and this insulating layer is known to be defective in Alzheimer's.
The PNS consists mainly of nerves,which are enclosed bundles of the long fibers or axons, that connect the CNS to every other part of the body.
Neurons are sometimes called nerve cells, though this term is technically imprecise since many neurons do not form nerves, andnerves also include the non-axon glial cells that ensheath the axons in myelin.
Using this technique in the retina, they identified varying stimulus waveform shapes that avoid axons and confine the retinal activation to the area around the electrode.
If the axons of a neuron are damaged, as long as the cell body of the neuron is not damaged, the axons would regenerate and remake the synaptic connections with neurons with the help of guidepost cells.
The lamina cribrosa is a specialized lattice work of cells andextracellular matrix that forms an exit for retinal ganglion cell axons to leave the eye and connect to the brain.
The wires are known as“axons” and they can be quite long, connecting, for example, neurons in the frontal cortex(above the eyes) with other neurons deep in the interior of the brain concerned with memory and movement.
A mechanism for such damage could involve interference with the ability of oligodendrocytes, specialized glial cells in the nervous system,to supply sufficient cholesterol to the myelin sheath surrounding nerve axons.
Later in the disease whenpatients have lost considerable numbers of retinal ganglion cells and optic nerve axons, and have thereby lost considerable vision, stem cells may be useful to replace lost ganglion cells and restore the connections from the eye to the brain.