Neuronal responses to visual stimuli in the proposed microcircuit model with different excitatory/inhibitory (E/I) ratios caused by a change in parvalbumin (PV) inhibitory interneuron and pyramidal (Pyr) neuron numbers.

Note that the total number of model neurons in the network remained consistent, irrespective of E/I ratio. A. Mean population firing rates of Pyr (black triangles in first panel from the left), PV (gray circles in the second panel), somatostatin (SOM; g...

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Autor principal:	Nobuhiko Wagatsuma (494052) (author)
Altres autors:	Sou Nobukawa (801776) (author), Tomoki Kurikawa (228085) (author)
Publicat:	2025
Matèries:	Neuroscience Physiology Biological Sciences not elsewhere classified vasoactive intestinal polypeptide multiple neural systems heterogenous temporal coordinations different subtype neurons computational microcircuit model preferentially impaired gamma modulating neuronal dynamics pv population precedes pv ], somatostatin network activity regulation pv population size pv interneuron activity atypical neural activities som population size population size som ], pv populations neuronal activity gamma oscillations frequency activity pyramidal population widely observed visual cortex vip ]). two disorders three subtypes specific subtypes results suggest numerically explored information flow flow directions enhances beta distinct types
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Neuronal responses to visual stimuli in the proposed microcircuit model with different excitatory/inhibitory (E/I) ratios caused by a change in parvalbumin (PV) inhibitory interneuron and pyramidal (Pyr) neuron numbers.

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