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In this case, we would assume that skilled recognition involves qualitatively similar processes as non-skilled recognition.
Skilled recognition may, for example, engage the same left lateral areas known to be engaged in non-skilled recognition.
We showed that skilled recognition is not solely based on more efficient versions of the same cognitive processes necessary in non-skilled recognition.
In this case, we would assume that skilled recognition is not only a more efficient version of non-skilled recognition, but that it also involves qualitatively different processes.
Instead, skilled recognition of chess objects and their functions additionally engage the homologous right regions.
The skilled recognition of chess objects and their function, however, also involved the left hemisphere.
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Based on these results, we discuss whether skilled object recognition does not only involve a more efficient version of the processes found in non-skilled recognition, but also qualitatively different cognitive processes which engage additional brain areas.
The same areas would, however, work more or less in terms of increased or decreased neural firing rates to accommodate experience based differences between skilled and non-skilled recognition.
The question remains why the right temporo-lateral brain areas are associated with skilled object recognition.
Our expertise approach combined with concurrent application of behavioral and neuroimaging techniques enabled us to uncover cognitive and neural mechanisms underlying skilled object recognition.
They should also be skilled in recognition of risk factors involved in these patients.
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