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13 results on '"Scholle, Craig"'

7. Neuronal Circuits Supporting Development of Visual Naming Revealed by Intracranial Coherence Modulations

Author

Arya, Ravindra, primary, Ervin, Brian, additional, Buroker, Jason, additional, Greiner, Hansel M., additional, Byars, Anna W., additional, Rozhkov, Leonid, additional, Skoch, Jesse, additional, Horn, Paul S., additional, Frink, Clayton, additional, Scholle, Craig, additional, Leach, James L., additional, Mangano, Francesco T., additional, Glauser, Tracy A., additional, and Holland, Katherine D., additional

Published
2022
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9. A distributed network supports spatiotemporal cerebral dynamics of visual naming

Author

Ervin, Brian, primary, Buroker, Jason, additional, Byars, Anna W., additional, Rozhkov, Leonid, additional, Leach, James L., additional, Horn, Paul S., additional, Scholle, Craig, additional, Mangano, Francesco T., additional, Greiner, Hansel M., additional, Holland, Katherine D., additional, Glauser, Tracy A., additional, and Arya, Ravindra, additional

Published
2021
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10. Electrical stimulation mapping of language with stereo-EEG

Author

Arya, Ravindra, primary, Ervin, Brian, additional, Dudley, Jonathan, additional, Buroker, Jason, additional, Rozhkov, Leonid, additional, Scholle, Craig, additional, Horn, Paul S., additional, Vannest, Jennifer, additional, Byars, Anna W., additional, Leach, James L., additional, Mangano, Francesco T., additional, Greiner, Hansel M., additional, Holland, Katherine D., additional, and Glauser, Tracy A., additional

Published
2019
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11. Development of information sharing in language neocortex in childhood-onset drug-resistant epilepsy

Author

Arya, Ravindra, primary, Ervin, Brian, additional, Wilson, J. Adam, additional, Byars, Anna W., additional, Rozhkov, Leonid, additional, Buroker, Jason, additional, Horn, Paul S., additional, Scholle, Craig, additional, Fujiwara, Hisako, additional, Greiner, Hansel M., additional, Leach, James L., additional, Rose, Douglas F., additional, Mangano, Francesco T., additional, Glauser, Tracy A., additional, and Holland, Katherine D., additional

Published
2019
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12. Electrocorticographic high-gamma modulation with passive listening paradigm for pediatric extraoperative language mapping

Author

Arya, Ravindra, primary, Wilson, J. Adam, additional, Fujiwara, Hisako, additional, Vannest, Jennifer, additional, Byars, Anna W., additional, Rozhkov, Leonid, additional, Leach, James L., additional, Greiner, Hansel M., additional, Buroker, Jason, additional, Scholle, Craig, additional, Horn, Paul S., additional, Crone, Nathan E., additional, Rose, Douglas F., additional, Mangano, Francesco T., additional, and Holland, Katherine D., additional

Published
2018
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13. Chronobiological Spatial Clusters of Cortical Regions in the Human Brain.

Author

Arya R, Petito GT, Housekeeper J, Buroker J, Scholle C, Ervin B, Frink C, Horn PS, Liu W, Ruben M, Smith DF, Skoch J, Mangano FT, Greiner HM, and Holland KD

Abstract

Purpose: We demonstrate that different regions of the cerebral cortex have different diurnal rhythms of spontaneously occurring high-frequency oscillations (HFOs)., Methods: High-frequency oscillations were assessed with standard-of-care stereotactic electroencephalography in patients with drug-resistant epilepsy. To ensure generalizability of our findings beyond patients with drug-resistant epilepsy, we excluded stereotactic electroencephalography electrode contacts lying within seizure-onset zones, epileptogenic lesions, having frequent epileptiform activity, and excessive artifact. For each patient, we evaluated twenty-four 5-minute stereotactic electroencephalography epochs, sampled hourly throughout the day, and obtained the HFO rate (number of HFOs/minute) in every stereotactic electroencephalography channel. We analyzed diurnal rhythms of the HFO rates with the cosinor model and clustered neuroanatomic parcels in a standard brain space based on similarity of their cosinor parameters. Finally, we compared overlap among resting-state networks, described in the neuroimaging literature, and chronobiological spatial clusters discovered by us., Results: We found five clusters that localized predominantly or exclusively to the left perisylvian, left perirolandic and left temporal, right perisylvian and right parietal, right frontal, and right insular-opercular cortices, respectively. These clusters were characterized by similarity of the HFO rates according to the time of the day. Also, these chronobiological spatial clusters preferentially overlapped with specific resting-state networks, particularly default mode network (clusters 1 and 3), frontoparietal network (cluster 1), visual network (cluster 1), and mesial temporal network (cluster 2)., Conclusions: This is probably the first human study to report clusters of cortical regions with similar diurnal rhythms of electrographic activity. Overlap with resting-state networks attests to their functional significance and has implications for understanding cognitive functions and epilepsy-related mortality., Competing Interests: The authors have no funding or conflicts of interest to disclose., (Copyright © 2024 by the American Clinical Neurophysiology Society.)

Published
2024
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