Former Yugoslav Republic of Macedonia
Centre for Electromagnetic Compatibility (CEMC)
Faculty of Electrical Engineering,“Ss. Cyril & Methodius” University, ↑
General Information :
- Location: Skopje, Macedonia
- Personnel: 9 members
(4 full professors, 3 assistant professors - all holding PhD degree, 1 research assistant and 1 technician) - Equipment: Instruments for measurements of low-frequency EMF
- Contact: Leonid Grcev, PhD, Prof., Electrical engineer, Head of the Centre for Electromagnetic Compatibility
- Email: lgrcev@etf.ukim.edu.mk
Main Research Lines :
- Electromagnetic compatibility
- Safety
and health effects of mainly low-frequency Electromagnetic Fields
(EMF). Special emphasis is placed upon the studies related to the
influence which EMF can have on human EEG activity *.
- Electromagnetic analysis of lightning effects
* : Participation
in 8 international and 6 national scientific projects; Contribution of
more than 100 papers in scientific journals and conferences;
Organization of 4 international and regional workshops.
What is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of “NEUROMATH”, enabled through the option for Short Term Scientific Missions
- Capability to asses existing EMF especially in cases of radiation from multiple sources typical for rural and urban areas
- Capability
to prepare various experimental setups of EMF fields at different
frequencies for studies of changes in brain functions due to EMF
exposure.
What are we looking for in other NEUROMATH partners :
- Interest to investigate possible influence of low-frequency EMF (generated from mobile phones) on EEG activity in humans.
- Interest
to explore the potentials of quantitative EEG as a tool for assessing
the range of EMF influence on mental activity in humans.
Division of Bioinformatics, ICEIM, Macedonian Academy of Sciences and Arts
General Information :
- Location: Skopje, Macedonia
- Personnel: 2 academicians, 2 professors, 4 researchers
- Equipment:
- Mitsar - 19 channel QEEG system
- BioGraph Infinity - multimodal biofeedback system - Contact: d-r Silvana Markovska-Simoska
- Email: silvana@manu.edu.mk
The main research lines :
- Examining the correlation between the brain electric oscillations and the mental state indexes as quantitative indicators of different cognitive and behavioral disorders
- Exploring the specific role of mental arousal, as a background state of consciousness related to short-range long-time neuronal activations, including application of spectrum-weighted frequency (brain-rate), as arousal indicator and neurofeedback parameter
- Investigating the mechanism and
properties of synchronization in mutually coupled periodic and/or
chaotic oscillators within networks with different topologies and forms
of clustering and defining the main features that characterize neuronal
synchronization
What it is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of NEUROMATH, supported by the STSM
- Capability to process and share cognitive EEGs and brain-rate application
- Capability to develop practical algorithms for computing transfer entropy, different synchronization phenomena, including phase and generalized synchronization from experimental data
- Capability to model the effects of extra-cellular space and glial signaling on the neuronal synchronization
What we are looking for in the other NEUROMATH partners :
- Different algorithms for the estimation of cortical activity
- Capability to estimate connectivity from scalp recording EEG on a quasi-realistic average head model
- Laboratory data and analyses that could be used for modeling neuronal synchronization
General Information :
- Location: Skopje, Republic of Macedonia
- Personnel:
- 1 professor
- 1 MD-pediatrician
- 1 clinical psychologist - Equipment: qEEG (MITSAR Co, LTD, Russia ) and equipment for multimodal biofeedback
- Contact: Prof.N.Pop-Jordanova
- Email: npopjordanova@yahoo.co.uk
The main research lines :
- Individual approach in neurofeedback treatment according to individual EEG indices.
- Assessment of children with psychophysiological problems by using quantitative EEG, evoked potentials and event related potentials.
- Comparison of neurofeedback results at the beginning and end of neurofeedback treatment.
What it is offered to the other NEUROMATH partners :
- Capability to host young researchers from other laboratories, supported by the STSM
- Capability to process and share results from EEG recordings from children with different cognitive and emotional problems
What we are looking for in the other NEUROMATH partners :
- Different algorithms for the assessment of children with psychophysiological problems in order to upgrade the knowledge of their treatment.
- Implementation of new theoretical data in explanation of changes in EEG parameters after neurofeedback treatment
Clinic of Neurology - Skopje
General Information :
- Location: Skopje, R. Macedonia
- Personnel:
- 8 professors
- 2 researchers
- 1 PhD student - Equipment: EEG, EP, EMG, TMS…
- Contact: G. Kiteva-Trencevska
- Email: gordanakt@sonet.com.mk
The main research lines :
- Epileptology
- Neurophysiology
- Sleep EEG
What it is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of Neuromath, supported by the STSM
- Capability to process and share management of epilepsies
- Capability to evaluate the effect of sleep on epilepsy( IGE) and the effect of epilepsy on sleep
What we are looking for in the other NEUROMATH partners :
- Clinical application of new methods for non invasive functional investigations in neurology
- Clinical application of new methods for non invasive functional investigations in epileptology
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