"functional localization" is a correct phrase and can be used in written English.
It refers to the specific area or region within the brain responsible for a particular function or behavior. It is commonly used in neuroscience and medical fields. Example: The study focused on understanding the functional localization of language processing in the brain, specifically in the Broca's and Wernicke's areas.
In future studies it will be interesting to further examine how the LRP6-ICD/AES interaction affects cellular function mediated by the Wnt pathway and the cellular cues that regulate their functional localization.
Such challenges do not impugn the validity of standard arguments for functional localization from deficits.
He argues that Bechtel and Mundale misrepresent the actual nature of these studies and methods employed in functional localization studies.
That is, if an ablated area had little or no functional localization, then little or no behavioral dissociations were observed.
In this article, we explore the "functional localization" assumption and its role in interpreting lesioning data, especially from double dissociations.
This fact makes the study of language a paradigm case for evaluating the logic of the lesion/deficit method of inferring functional localization.
Functional localization-specific quantizer.
In this section, we denote functional localization-specific quantizer (FLSQ) the quantizer designed using the algorithm proposed in Section 3.1 and assume that each sensor uses the same dynamic range for all quantizers (uniform quantizer, Lloyd quantizer, localization-specific quantizer (LSQ) proposed in[17], and FLSQ).
Anatomic activation localization was performed via the SPM5 tool 'wfu pickatlas' [28], [29], functional localizations were performed in agreement with the anatomy toolbox of SPM [30] and geared to functional borders of the Human PALS atlas [26] which both are based on group results of previous publications.
Armed with these characterizations, Von Eckardt argues that inference to a functional-localization hypothesis proceeds in two steps.
A functional-localization hypothesis has the form: brain structure S in organism (type) O has constituent capacity ci, where ci is a function of some part of O.
