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Laboratory of Thalamus Research
 
Short general presentation
The Laboratory of Thalamus Research was established in 1st of January
2003
The focus of the research is the combined morphological and physiological analysis of thalamic neuronal activity and its major afferent pathways. To this end light and electron microscopic methods are used to examine the synaptic organization of higher order thalamic nuclei. Neuronal activity is recorded with the juxtacellular recording and labeling method in anaesthetized animals during cortical slow wave activity and tail pinch induced arousal. The relationship between neuronal classes set up by physiological properties and anatomical characteristics is established.
The group established a fruitful collaboration with Prof Anita Lüthi (Biozentrum, University of Basel), with whom a novel type of thalamic slice preparation was developed in which the synaptic physiology of the extrareticular GABAergic system can be directly studied. The three approaches, anatomy, in vitro and in vivo physiology are mutually interdependent and promise a comprehensive understanding of inhibitory actions governing relay cell function.
 
Mission statement

Surprisingly little attention is paid to the role of thalamic network operations at later stages of cognitive information processing. Recently a novel corticothalamic pathway has been characterized that likely plays an important role in complex cortical functions. These cortical efferents originating in layer V not only modulate but drive thalamic activity in the so-called higher order thalamic nuclei, reversing the direction of thalamocortical information transfer.

The major goal of the Laboratory of Thalamus Research is to reveal the structural and functional basis of the rules of operation in higher order thalamocortical circuits. To this end the molecular, cellular and system properties of thalamic networks are studied using anatomical and in vivo physiological methods. We aim to build a new model of higher order thalamic function by analyzing its major excitatory inputs and a hitherto unrecognized inhibitory afferent system.

 

Laboratory of Thalamus Research

Name Organization Status Room Extension Direct no. Fax


Acsády, László Dr.   Lab. of Thalamus Research    410, OGR 108  248  2109416  2109412 
 
Barthó, Péter Dr.   Lab. of Thalamus Research    412, fszt. 9.  187     
 
Bodor, Ágnes Dr.   Lab. of Thalamus Research    413  187, 214  2109417  2109412 
 
Bokor, Hajnalka Dr.   Lab. of Thalamus Research    413  187, 214  2109417  2109412 
 
Hádinger, Nóra   Lab. of Thalamus Research    413, 410  214, 291     
 
Mátyás, Ferenc   Lab. of Thalamus Research    510/b  177, 291     
 
Plattner, Viktor   Lab. of Thalamus Research    410  291, 187     
 
Rovó, Zita   Lab. of Thalamus Research    410  291     
 
Faddi, Krisztina   Lab. of Thalamus Research    410  291    2109412 
 
Bakos, Péter   Lab. of Thalamus Research    510, 410  177, 291     
 
Faradzs-Zade, Lejla   Lab. of Thalamus Research    413  187     
 
Gyarmati, Balázs   Lab. of Thalamus Research    510  177     
 
Szirmai, Danuta   Lab. of Thalamus Research    510/b  117, 219