prof. MUDr. Ivan Rektor, CSc.

Head of Research Centre, Centre for Neuroscience

Correspondence Address:
Pekařská 664/53, 602 00 Brno

Office: bldg. E35/1S062
Kamenice 753/5
625 00 Brno

Phone:	+420 549 49 6057
E‑mail:

social and academic networks:

Field of study: Neurology

Long-term prospective study of contribution of vascular, metabolic and inflammatory co-morbidities to cognitive and motor impairment in Parkinson's disease – graduate 2018
Memory processing in intracerebral recordings – graduate 2015
Neurocognitive networks of the executive functions – graduate 2014
Cognitive brain processes in the light of intracerebral induced and evoked activities – graduate 2011
Involvement of subthalamic nucleus in executive functions. Intracranial recording studies – graduate 2010
Language lateralization in children with epiletogenic lesions of the left hemisphere: an fMRI study – graduate 2008
Epilepsia, epiletiform abnormalities, non-right-handedness, hypotonia and severe decreased IQ are associated with language impartment in autism – graduate 2008
Therapy of ischemic stroke, thrombolysis, accelerated thrombolysis and its application through telemedicine – graduate 2007
Oscilatory activity of human brain – graduate 2006
Iktální a postiktální lateralizační příznaky u epilepsie temporálního laloku – graduate 2004
Neuropsychiatrická problematika u vybraných neurodegenerativních a vaskulárních onemocnění CNS – graduate 2004
Kortikální a subkortikální distribuce senzomotorických a kognitivních procesů – graduate 2002

Advanced Proton Magnetic Resonance Spectroscopy: Clinical and Basic Neuroscience Applications – graduate 2017
Diffusion Tensor Imaging (DTI) For Structural Connectivity And White Matter Microstructure Mapping – graduate 2017

Epilepsie – korelace psychologických faktorů a cerebrální konektivity – ongoing study
Lifelong effects of extreme stress on the brain: Studying cortico-subcortical relationships using advanced magnetic resonance imaging techniques – graduate 2024
Advanced imaging methods in patients with non-lesional epilepsy – graduate 2024
Advanced imaging methods in the study of the brain microstructure – graduate 2023
Use of statistical parametric mapping to facilitate the identification of affected areas of the brain on PET images of patients with epilepsy – graduate 2021