Greece
Neurophysiology Unit, Dept. of Physiology,
Medical School, University of Patras.
Medical School, University of Patras.
General Information : 
- Location: Patras, Greece.
- Personnel:
- 2 professors
- 1 researcher
- 6 PhD
- 6 MSc students - Established collaborations: One visiting professor from RIKEN, Japan
- Equipment: Complete setup for human ERPs and sleep EEG (64 channel), setups for animal electrophysiology in vivo and in vitro (brain slices)
- Contact: Prof. G. Kostopoulos
- E-mail: gkkostop@med.upatras.gr
- Web Site: http://nucleus.med.upatras.gr/NU
The Main Research Lines :
- Advanced signal analysis methodology (BSS, CSE, etc.)
- Mechanisms underlying brain rhythms in human sleep and epilepsy
- In vitro generating mechanisms of rhythmical activity and synaptic plasticity
What is offered to the other NEUROMATH partners :
- Capability to host PhD students, postdocs and neurologists from other laboratories of Neuromath, supported by the NTSM and wishing to either conduct electrophysiology experiments or partake in signal analysis.
- Capability to process and share sleep and epilepsy EEG records
- Capability to offer data from brain slices: spontaneous and evoked activity including sharp wave/ripples, long-term potentiation, drug effects etc
- Capability to analyze EEG in single trial manner and recover brain signals with time course resembling the reference signal (CSE method)
What we are looking for in the other NEUROMATH partners :
- To team up with labs pursuing questions related to above in a complementary way either experimental or analytical.
- Help in localizing EEG sources
- Participation in efforts towards advancing MEG-EEG integration
Dept. of Medical Physics,
Univ. of Patras, Greece
Univ. of Patras, Greece
General Information :
- Location: Patras, Greece
- Personnel:
- 1 professor
- 2 post-doc researchers
- 2 PhD
- 4 MSc students - Equipment: Computerized EEG amplifier with 16 channels, 64 channel EEG system (collaboration with Neurophysiology Unit, Department of Physiology), and digital 32 channel EEG-ERP system (Hospital University)
- Contact: Prof. A. Bezerianos
- Email: bezer@upatras.gr
The Main Research Lines :
- In the frame of development of a Brain Computer Interface system:
- Estimation of cortical connectivity during movement and imagery,
- Generation of algorithms for phase dynamics analysis, automated artifact rejection, Laplacian transform - Study of brain rhythms with wavelet transform, Hilbert transform and Empirical Mode Decomposition
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 EEGs
- Capability to estimate connectivity from scalp recording EEG
What we are looking for in the other NEUROMATH partners :
- Conduction of experiments
- Multimodal integration of EEG with fMRI, MRI, MEG
- Training on calculation of realistic head models and current source density estimations, automated artifact rejection algorithms
- Special Issue of IEEE TNSRE «Modeling the Connectivity of Neural Systems»
- Guest Editors: A. Bezerianos and S. Tong (Jiao Tong Univ. Shanghai, China).
- Invitation to senior as well young and ambitious scientist to work as reviewers from January to May.
Lab of Medical Informatics
Aristotle Univ. of Thessaloniki
Aristotle Univ. of Thessaloniki
General Information :
- Location: Thessaloniki, Greece
- Personnel:
- 4 professors
- 4 researchers
- 5 PhD students - Equipment: Collaboration with Neurophysiology Labs for experimentation
- Contact: Prof. Nicos Maglaveras
- Email: nicmag@med.auth.gr
The Main Research Lines :
- Study of EEG and HR in various disorders
- Insomnia analysis
- Estimation of arousal levels
- Estimation of drug-induced hypovigilance
- Generation of classification algorithms and models for
multimodal integration (especially of EEG and HR) for diagnosis and prognosis
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 EEGs and ECGs by adopting and combining various biosignal processing methods
- Multidisciplinary teams, including medical, biology, informatics, bioinformatics, physics and engineering specialties
What we are looking for in the other NEUROMATH partners :
- Different algorithms for the estimation of cortical function and connectivity in relation to arousal/sleepiness level, as well as different medication, and prospectively with other neuro-psychological diseases
- Algorithms for the estimation of arousal and stress levels
- Methods for sleepiness prediction and alerting during driving
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