Neuronal principles underlying cognitive flexibility
A biophysical model for set shifting tasks
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The ability of humans to adapt their behavior (sometimes rapidly) according to context requirements is referred to as cognitive flexibility. This flexibility is thought to be associated to a great extend with the prefrontal cortex and experimentally investigated using set shifting tasks as the Wisconsin Card Sorting Test for example. Several psychiatric and neurologic patient groups show an impaired performance in these tasks which allows to draw conclusions with respect to the neuronal base of cognitive flexibility. These are, amongst other data, usable for a neuronal modeling process. Thus, ...
The ability of humans to adapt their behavior (sometimes rapidly) according to context requirements is referred to as cognitive flexibility. This flexibility is thought to be associated to a great extend with the prefrontal cortex and experimentally investigated using set shifting tasks as the Wisconsin Card Sorting Test for example. Several psychiatric and neurologic patient groups show an impaired performance in these tasks which allows to draw conclusions with respect to the neuronal base of cognitive flexibility. These are, amongst other data, usable for a neuronal modeling process. Thus, the work describes the design of a biophysical detailed neuronal model for the simulation of set shifting tasks which enables the comparison with available neuroimaging data and permits an extensive simulation of human behavior in an example experiment. Thereby a new concept behind set shifting and hence behind cognitive flexibility is illustrated which demonstrates as well the high potential of a close interaction between biophysically detailed neuronal models, computational simulations and (psychologic) experimental investigations.
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