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Your search keyword '"Papanicolaou, Andrew"' showing total 13 results
Start Over Author "Papanicolaou, Andrew" Journal neuroreport
13 results on '"Papanicolaou, Andrew"'

4. Increased response variability in autistic brains?

Author

Coskun, Mehmet Akif, primary, Varghese, Larry, additional, Reddoch, Stacy, additional, Castillo, Eduardo M., additional, Pearson, Deborah A., additional, Loveland, Katherine A., additional, Papanicolaou, Andrew C., additional, and Sheth, Bhavin R., additional

Published
2009
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10. Brain mechanisms for reading

Author

Simos, Panagiotis G., primary, Breier, Joshua I., additional, Wheless, James W., additional, Maggio, William W., additional, Fletcher, Jack M., additional, Castillo, Eduardo M., additional, and Papanicolaou, Andrew C., additional

Published
2000
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11. Atypical temporal lobe language representation

Author

Simos, Panagiotis G., primary, Breier, Joshua I., additional, Maggio, William W., additional, Gormley, William B., additional, Zouridakis, George, additional, Willmore, L James, additional, Wheless, James W., additional, Constantinou, Jules E. C., additional, and Papanicolaou, Andrew C., additional

Published
1999
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13. MEG correlates of categoricallike temporal cue perception in humans

Author

Simos, Panagiotis G., Breier, Joshua I., Zouridakis, George, and Papanicolaou, Andrew C.

Abstract

THE purpose of this study was to extend previous findings of changes in magnetic flux amplitude associated with neuronal currents in the human auditory cortex in response to two-tone stimuli selected from a tone-onset time (TOT) continuum. The results replicated previous findings byindicating a close correspondence between N1m field strength functions and individual perceptual identification curves. In a second experiment event-related fields were recorded in response to two-tone stimuli in which the two sinusoid components always started simultaneously, yet they showed the same energy envelope as the TOT stimuli (amplitude modulated (AM) tokens). The results showed that N1m modulation as a function of TOT could not be accounted for by an effect of AM. The findings suggest that discontinuities in N1m field amplitudefunctions were the result of interactions between two populations of active neurons each displaying distinct average sound frequencypreferences.

Published
1998

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