Examples of using Dendrites in English and their translations into Hungarian
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Neurones have many dendrites.
Today, blue dendrites are only 47 credits.
There are usually several dendrites per cell.
Dendrites are filaments that receive information from another neuron's axon.
There are usually several dendrites in one nerve cell.
Dendrites can be viewed as the transistors of the computer; they operate with electric signs.
It is primarily the surfaces of the dendrites that receive chemical messages from other neurons.
The dendrites are not passive integrators of sensory-driven input; they seem to be a computational unit as well.”.
Now, brain cells have branch-like extensions(dendrites) that are necessary to communicate with other brain cells.
The dendrites significantly expand the surface through which the cell can communicate with other cells.
The neurotransmitters spill into the synaptic gap when this happens andactivate receptors in the next neuron's dendrites.
If a neuron is a tree, the dendrites are the branches, while the synapses are the leaves on the ends of those branches.
UST generates strong convection(heat transfer by mass motion of a fluid)and shock waves in the melt, so that the dendrites are fragmented.
The axons and dendrites that form the connections then extend from these nerve cells so they reach the targets.
I believe that each of these fungal masses is the equivalent to a neuron, a brain cell, and these tendrils are linking them together,essentially dendrites and synapses.
Dendrites can be thought of as analogous to transistors in a computer, performing simple operations using electrical signals.
This is due to activation ofneurons being determined by whether these have axons or dendrites that pass within a radius of 15µm near the tip of the electrode.
Moreover, dendrites and synapses connect to the neuron in a series, making the exact site of the learning process seem irrelevant.
Their analyses indicated that sleep deprivation significantly reduces the length andspine density of the dendrites belonging to the neurons in the CA1 region of the hippocampus.
Synapses and dendrites are connected to the neuron in a series, so the exact localized site of the learning process seemed irrelevant.
This is due to activation of neurons being determined by whether they do ordo not have axons or dendrites that pass within a radius of 15 μm near the tip of the electrode.
From the composition point of view, the dendrites are dominated by Cu and if they contain Ni, are dominated by Ni, in the case of precipitation dendrites are more differentiated.
The new research, conducted by German and Greek scientists and published in Science, centers onsignals sent and received by the ends of neurons, known as‘dendrites.'.
In addition to a single axon,neurons typically have several much shorter nerve fibers called dendrites, whose job is to receive incoming signals from diverse sources.
These melanocytes have octopus-like tentacles(dendrites) which carry melanin to nearby skin cells(keratinocytes) when they are needed(i.e. when skin is exposed to the sun's damaging UV rays).
Dendrites are usually short and highly branched processes that serve as the main formation site of excitatory and inhibitory synapses affecting a neuron(different neurons have a different ratio of axon and dendrite lengths).
External impulse is perceived by the processes of the nervouscells- dendrites associated with receptors located both in the skin and in all other tissues(rest potential and action potential also change one another).
For every one single neuron,you can actually have from 10,000 to 100,000 different connections or dendrites or whatever you want to call it, and every time you learn something, or you have an experience, that bush grows, you know, that bush of information.
Those structures- networks of neurons that communicate with each other via axons and dendrites- underlie the familiar analogy of the brain to a computer- networks of transistors that communicate with each other via electric wires.
So a typical cell, like the neurons in our brain, has a region called the dendrites that receives input, and that input sums together and will produce action potentials that run down the axon and then activate all the output regions of the neuron.