Circulation
research
In this laboratory we make several research on microcirculation. We asses the blood flow changes by way of Laser-Doppler flowmetry and the microvascular permeability by vascular labelling. In the past 5 years we mostly dealt with the involvement of capsaicin-sensitive primary sensory neurons in the regulation of local blood flow and permeability in the rat nasal mucosa and the guinea pig cochlear circulation. We also investigate the cerebral autoregulation and the reactive hyperaemia in rats.
Lab chief: Bari, F Ph.D.;
Member: Domoki, F M.D.
Pharmacology research
I am an anaesthesiologist, but have been working in a physiological laboratory since 1989. My major interest is experimental anaesthesiology, primarily the action of the alpha2- adrenergic, cardiovascular, mydriatic, micturitic effects of the alpha2-adrenergic agonists in rats, and the interaction with calcium channel agonists/antagonists
Researcher: Horváth, Gy., M, PhD
Sensory research
Lab chief: Prof. Jancsó,G.
Members: Borda, S, MD; Boros, K, MD; Domoki, F. MD; Dux, M., MD; Sántha, P., MD
Sleep research 
Lab chief: Prof. Obál, F jr.
Members: Lelkes, Z. MD, Bodosi, B.
Vision research 
1., Electrophysiological investigations on the extrastriate cortex of the cats, rats, and monkeys: - Multisensory interactions in the feline cortex - Extracellular activity recording in cortical areas of cats, rats, and monkeys which may participate in object recognition 2., Visually evoked potentials on healthy volunteers and patients with various neurological/ophtalmological diseases 3., Psychophysical experiments on humans concerning visual object recognition and perceptual learning.
Lab chief: Prof. Benedek,Gy.;
Members: Antal, A. PhD, Kovács, Gy, PhD; Köteles, K; Sáry, Gy, MD, PhD;
