Examples of 'neurons can' in a sentence
Meaning of "neurons can"
The phrase 'neurons can' highlights the capabilities or functionalities of neurons, which are specialized cells in the nervous system responsible for transmitting electrical signals. It suggests the capacity of neurons to perform certain actions, such as communicating with each other, processing information, controlling bodily functions, or generating and transmitting electrical impulses that enable various cognitive and physiological processes to occur
How to use "neurons can" in a sentence
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neurons can
Thousands of neurons can connect to one synapse.
We have only seen whose neurons can fire.
The neurons can make new pathways.
The connections between neurons can be quite complex.
These neurons can detect a potential threat.
We have only seen whose neurons can fire are moving.
These neurons can be arranged in several layers.
Averaged activity of the receptor neurons can be measured in several ways.
Neurons can be connected together in ganglia.
Remyelination of neurons can require oligodendrocytes.
Neurons can be destroyed without being replaced.
The excellent news is that the olfactory neurons can regenerate.
A group of neurons can also generate oscillatory activity.
Lateral inhibition means that neighboring neurons can inhibit one another.
Neurons can have thousands of dendrites.
See also
Both single neurons and groups of neurons can generate oscillatory activity spontaneously.
Neurons can learn temporal patterns.
It has been shown that single neurons can react to the faces of specific people.
Neurons can also be classified based on their specific function.
But now we know that my mirror neurons can literally feel your pain.
These neurons can be revealed by autoradiography.
There is several different reasons to study how networks of neurons can compute things.
The selected neurons can be any type of neurons.
The following experiment establishes more particularly that neurons can be infected in vivo.
The neurons can be trained.
The consequent reductions in axonal transport in affected neurons can ultimately lead to neurodegeneration.
Neurons can transmit signals.
We have only seen one other brain whose neurons can fire this fast.
The viability of neurons can be very sensitive to cell density.
Brain plasticity research has shown how connectivity between neurons can change with experience.
Right now neurons can be genetically modified to be more sensitive to light.
That signals sent to the brain by the heart neurons can affect emotional experiences.
Neurons can use a differentiable transfer function f to generate their output.
Previous research has found that individual neurons can become tuned to specific concepts or categories.
Neurons can communicate across the brain both electrically and chemically.
These data demonstrate that identified adult mammalian CG neurons can be successfully maintained in culture.
The viability of neurons can be maintained by promoting glial cell proliferation.
Now Arlotta and Rouaux now have shown that neurons can change too.
It is thought that neurons can encode both digital and analog information.
There are parts of the brain in which neurons can re-grow.
Then the neurons can no longer send signals to nerves and muscles.
During the sleep phase, your neocortical neurons can rest.
Neurons can be.
The increased population of dopaminergic neurons can provide clinical improvement of persons suffering from Parkinsonism.
Neurons can be morphologically characterized as unipolar, bipolar, or multipolar.
When activated, these neurons can produce ravenous eating.
These neurons can be combined with astrocytes and microglia to mimic the spinal cord.
Filamentous-like structures probably corresponding to neurons can be seen in green.
Certain types of neurons can be found predominantly in particular regions of the brain.
Using this, the activity of small groups of neurons can be detected.
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Examples of using Neurons
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Your neurons must myelinate at an astounding rate
Imagine a network of neurons with one neuromodulator
The neurons were crossing in every which way
