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edit approved Jun 17, 2018 at 18:46
Frank Hubeny
edit approved Jun 17, 2018 at 18:46
Frank Hubeny
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The answer is yes, it exist non. Non-synaptic plasticity exists as you can read in "Non-synaptic neuronal mechanisms of learning and memory in gastropod molluscs" by Benjamin et al. and "Compartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level" by Nikitin and Balaban.

But the effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanismmechanisms of regulation, and plasticity hasplay a very important role in the brain and isits ability to learn in many aspectaspects and at different scalescales.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variationsVariations of concentration of elements in the CSF also have an effect.

Glia also hasplays an important role...

So, the brain is a very complex system with a lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

The answer is yes, it exist non-synaptic plasticity as you can read "Non-synaptic neuronal mechanisms of learning and memory in gastropod molluscs" by Benjamin et al. and "Compartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level" by Nikitin and Balaban.

But effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanism of regulation, and plasticity has very important role in the brain and is ability to learn in many aspect and at different scale.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variations of concentration of elements in the CSF also have an effect.

Glia also has an important role...

So, brain is very complex system with lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

The answer is yes. Non-synaptic plasticity exists as you can read in "Non-synaptic neuronal mechanisms of learning and memory in gastropod molluscs" by Benjamin et al. and "Compartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level" by Nikitin and Balaban.

But the effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanisms of regulation and plasticity play a very important role in the brain and its ability to learn in many aspects and at different scales.

A single cell can suffer internal modification that will modify eletrophysiological properties.

Variations of concentration of elements in the CSF also have an effect.

Glia also plays an important role.

So, the brain is a very complex system with a lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

improved references
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Seanny123
Seanny123
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The answer is yes, it exist non-synaptic plasticity as you can read "hereNon-synaptic neuronal mechanisms of learning and memory in gastropod molluscs" by Benjamin et al. and "hereCompartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level" by Nikitin and Balaban.

But effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanism of regulation, and plasticity has very important role in the brain and is ability to learn in many aspect and at different scale.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variations of concentration of elements in the CSF also have an effect.

Glia also has an important role...

So, brain is very complex system with lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

The answer is yes, it exist non-synaptic plasticity as you can read here and here

But effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanism of regulation, and plasticity has very important role in the brain and is ability to learn in many aspect and at different scale.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variations of concentration of elements in the CSF also have an effect.

Glia also has an important role...

So, brain is very complex system with lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

The answer is yes, it exist non-synaptic plasticity as you can read "Non-synaptic neuronal mechanisms of learning and memory in gastropod molluscs" by Benjamin et al. and "Compartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level" by Nikitin and Balaban.

But effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanism of regulation, and plasticity has very important role in the brain and is ability to learn in many aspect and at different scale.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variations of concentration of elements in the CSF also have an effect.

Glia also has an important role...

So, brain is very complex system with lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.

Source Link
Dadep
Dadep
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The answer is yes, it exist non-synaptic plasticity as you can read here and here

But effect of hormones such as cortisol may also have an effect.

Non-synaptic mechanism of regulation, and plasticity has very important role in the brain and is ability to learn in many aspect and at different scale.

A single cell can suffer internal modification that will modify eletrophysiological properties.

variations of concentration of elements in the CSF also have an effect.

Glia also has an important role...

So, brain is very complex system with lot of interdependent mechanisms of adaptation, regulation and plasticity. Synapse is just one aspect of it.