Publication result detail

Connectivity of Regions Generating Epileptic Seizures

KLIMEŠ, P.; CIMBÁLNÍK, J.; JURÁK, P.; HALÁMEK, J.

Original Title

Connectivity of Regions Generating Epileptic Seizures

English Title

Connectivity of Regions Generating Epileptic Seizures

Type

Abstract

Original Abstract

Cooperation between neuronal populations underlies the basic principles of brain function and connectivity. Regions generating seizures in focal epileptic brain (seizure onset zone – SOZ) are characterized by interictal spikes & pathological high-frequency oscillations (HFO), hyper-synchrony and functional disconnection[8,9]. Details about the SOZ function and its connectivity are still not well described. We investigated changes in local connectivity (SOZ, non-SOZ) over different spatial scales and behavioural stages.

English abstract

Cooperation between neuronal populations underlies the basic principles of brain function and connectivity. Regions generating seizures in focal epileptic brain (seizure onset zone – SOZ) are characterized by interictal spikes & pathological high-frequency oscillations (HFO), hyper-synchrony and functional disconnection[8,9]. Details about the SOZ function and its connectivity are still not well described. We investigated changes in local connectivity (SOZ, non-SOZ) over different spatial scales and behavioural stages.

Keywords

intracranial eeg, epilepsy, connectivity

Key words in English

intracranial eeg, epilepsy, connectivity

Authors

KLIMEŠ, P.; CIMBÁLNÍK, J.; JURÁK, P.; HALÁMEK, J.

RIV year

2016

Released

01.09.2015

BibTex

@misc{BUT124222,
  author="Petr {Klimeš} and Jan {Cimbálník} and Pavel {Jurák} and Josef {Halámek}",
  title="Connectivity of Regions Generating Epileptic Seizures",
  year="2015",
  note="Abstract"
}