FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2052544605> ?p ?o ?g. }

• W2052544605 endingPage "45" @default.
• W2052544605 startingPage "31" @default.
• W2052544605 abstract "The purpose of this study is to: (1) examine the relative contributions of the 13 acoustically-responsive regions of the cerebral cortex to sound localization; (2) examine the laminar contributions to spatial localization behavior for each of the cortical areas identified to be critical for accurately determining the position of a sound source; and (3) synthesize the findings from sound localization studies and the underlying corticocortical and corticotectal connections to develop a processing system for sound localization information within and between the cerebral cortex and the superior colliculus. First, we examined performance on a sound localization task before, during, and after unilateral or bilateral reversible cooling deactivation of each region of acoustically-responsive cortex. Overall, unilateral deactivation of primary auditory cortex and the dorsal zone (AI/DZ), the posterior auditory field (PAF), or the auditory field of the anterior ectosylvian sulcus (AES) yielded profound sound localization deficits in the contralateral field. Bilateral deactivations of the same regions yielded bilateral sound localization deficits. Second, graded cooling of AI/DZ or PAF showed that deactivation of only the superficial layers was required to elicit sound localization deficits. However, graded cooling of AES revealed that cooling of the superficial layers alone does not cause significant sound localization deficits. Profound deficits were identified only when cooling extended through the full thickness of AES cortex. Therefore, we propose that the superficial layers of AI/DZ or PAF and the deeper layers of AES are necessary for determining the precise location of a sound source. Finally, when these results are combined with data on corticocortical and corticotectal projections, we propose that signals processed in the superficial layers of AI, DZ, or PAF feed forward to the auditory field of AES. In turn, neurons in the deeper layers of AES project to the intermediate and deeper layers of the superior colliculus. Therefore, we propose that sound localization signals processed in primary and non-primary auditory cortex are transmitted to the superior colliculus by means of the auditory field of the AES." @default.
• W2052544605 created "2016-06-24" @default.
• W2052544605 creator A5043491614 @default.
• W2052544605 creator A5079363398 @default.
• W2052544605 creator A5080655978 @default.
• W2052544605 date "2007-07-01" @default.
• W2052544605 modified "2023-10-07" @default.
• W2052544605 title "Functional specialization in non-primary auditory cortex of the cat: Areal and laminar contributions to sound localization" @default.
• W2052544605 cites W1544384348 @default.
• W2052544605 cites W1554460251 @default.
• W2052544605 cites W1778666343 @default.
• W2052544605 cites W1795411522 @default.
• W2052544605 cites W1907512846 @default.
• W2052544605 cites W1961233348 @default.
• W2052544605 cites W1963784478 @default.
• W2052544605 cites W1966248306 @default.
• W2052544605 cites W1966654142 @default.
• W2052544605 cites W1975840425 @default.
• W2052544605 cites W1976749613 @default.
• W2052544605 cites W1977095777 @default.
• W2052544605 cites W1983152177 @default.
• W2052544605 cites W1986014504 @default.
• W2052544605 cites W1993050927 @default.
• W2052544605 cites W1993267405 @default.
• W2052544605 cites W1998498451 @default.
• W2052544605 cites W1999547955 @default.
• W2052544605 cites W2006796214 @default.
• W2052544605 cites W2017045461 @default.
• W2052544605 cites W2019654249 @default.
• W2052544605 cites W2020556092 @default.
• W2052544605 cites W2021200978 @default.
• W2052544605 cites W2026164492 @default.
• W2052544605 cites W2026894077 @default.
• W2052544605 cites W2031477661 @default.
• W2052544605 cites W2036889945 @default.
• W2052544605 cites W2038028260 @default.
• W2052544605 cites W2044242716 @default.
• W2052544605 cites W2053509278 @default.
• W2052544605 cites W2053711435 @default.
• W2052544605 cites W2056375547 @default.
• W2052544605 cites W2057363623 @default.
• W2052544605 cites W2063684334 @default.
• W2052544605 cites W2065399496 @default.
• W2052544605 cites W2067958231 @default.
• W2052544605 cites W2074745489 @default.
• W2052544605 cites W2076886678 @default.
• W2052544605 cites W2082722155 @default.
• W2052544605 cites W2085614475 @default.
• W2052544605 cites W2086621062 @default.
• W2052544605 cites W2089338857 @default.
• W2052544605 cites W2093619478 @default.
• W2052544605 cites W2098482960 @default.
• W2052544605 cites W2100232001 @default.
• W2052544605 cites W2111792296 @default.
• W2052544605 cites W2112968193 @default.
• W2052544605 cites W2127251545 @default.
• W2052544605 cites W2129649567 @default.
• W2052544605 cites W2132263514 @default.
• W2052544605 cites W2139373219 @default.
• W2052544605 cites W2154190720 @default.
• W2052544605 cites W2154775572 @default.
• W2052544605 cites W2159620187 @default.
• W2052544605 cites W2166970205 @default.
• W2052544605 cites W2170350736 @default.
• W2052544605 cites W2238132435 @default.
• W2052544605 cites W2239538366 @default.
• W2052544605 cites W2265160434 @default.
• W2052544605 cites W2287627007 @default.
• W2052544605 cites W2300080626 @default.
• W2052544605 cites W2317289585 @default.
• W2052544605 cites W2330766610 @default.
• W2052544605 cites W2397908351 @default.
• W2052544605 cites W2408229320 @default.
• W2052544605 cites W2414582956 @default.
• W2052544605 cites W2414635034 @default.
• W2052544605 cites W2415394665 @default.
• W2052544605 cites W2416437060 @default.
• W2052544605 cites W2418669775 @default.
• W2052544605 cites W316582557 @default.
• W2052544605 cites W4234561194 @default.
• W2052544605 cites W4317564282 @default.
• W2052544605 doi "https://doi.org/10.1016/j.heares.2007.01.013" @default.
• W2052544605 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17329050" @default.
• W2052544605 hasPublicationYear "2007" @default.
• W2052544605 type Work @default.
• W2052544605 sameAs 2052544605 @default.
• W2052544605 citedByCount "44" @default.
• W2052544605 countsByYear W20525446052012 @default.
• W2052544605 countsByYear W20525446052013 @default.
• W2052544605 countsByYear W20525446052014 @default.
• W2052544605 countsByYear W20525446052015 @default.
• W2052544605 countsByYear W20525446052016 @default.
• W2052544605 countsByYear W20525446052017 @default.
• W2052544605 countsByYear W20525446052019 @default.
• W2052544605 countsByYear W20525446052020 @default.
• W2052544605 crossrefType "journal-article" @default.
• W2052544605 hasAuthorship W2052544605A5043491614 @default.
• W2052544605 hasAuthorship W2052544605A5079363398 @default.

• next