Poster sessions

• P1 - Neurophysiology
• P2 - Molecular and cellular neurobiology
• P3 - Neuroendocrinology
• P4 - Disorders
• P5 - Sensory and motor activity
• P6 - Behaviour and cognition
• P7 - Methods

Poster sessions will take place in the Aula at the Northern Building

Presenters are requested to mount their posters between 8:30 and 10:00 on 20 January, and 8:30 and 9:00 on 21 January. Posters can be viewed throughout the day, presenters are requested to be at their poster in the discussion periods. Please, remove the posters till 18:00. Poster stands will be numbered according to the poster numbers in the booklet. Mounting material will be provided by the organisers.
Poster boards will be sized 90 cm wide and 120 cm high (portrait format).

Poster session I. (20 January, 13:15-15:30): P1, P2, P3
Poster session II. (21 January, 12:15-14:45): P4, P5, P6, P7

 

P1: Neurophysiology

• P1.01: Laminar analysis of slow wave activity in rat somatosensory cortex
  Fiáth, R.; Kerekes, B. P.; Ulbert, I.
• P1.02: Analysis of slow cortical rhythm recorded from different cortical sites
  Tóth, A.; Hajnik, T.; Détári, L.
• P1.03: Output specificity of GABAergic interneurons in the rat somatosensory cortex
  Vámos, E.; Baka, J.; Rózsa, M.; Komlósi, G.; Oláh, S.; Molnár, G.; Szabadics, J.; Tamás, G.
• P1.04: Membrane potential reconstruction, based on extracellular potential measurements
  Somogyvári, Z.; Wittner, L.; Ulbert, I.; Érdi, P.
• P1.05: Analysis of Extracellular Potentials of Hippocampal and Neocortical Spikes Based on sCSD Method
  Cserpán, D.; Scott, L.; Kiss, T.; Hajós, M.; Somogyvári, Z.
• P1.06: Canceled
• P1.07: Local spindling in thalamus during cortical slow oscillation
  Barthó, P.; Slézia, A.; Mátyás , F.; Ulbert, I.; Acsády, L.
• P1.08: Virally mediated functional suppression of GABA-A receptors in the rodent thalamus
  Rovó, Z.; Mátyás, F.; Barthó, P.; Slézia, A.; Acsády, L.
• P1.09: Enhanced Dendritic Action Potential Backpropagation in Parvalbumin-positive Basket Cells During Sharp Wave Activity
  Chiovini, B.; Turi, G. F.; Katona, G.; Kaszás, A.; Erdélyi, F.; Szabó, G.; Monyer, H.; Csákányi, E. A.; Vizi, E. S.; Rózsa, B.
• P1.10: Modeling the transition between gamma and sharp wave – ripple network states in the hippocampus
  Káli, S.; Karlócai, R.; Hájos, N.; Freund, T.; Gulyás, A.
• P1.11: Active dendrites: adaptation to spike-based communication
  Ujfalussy, B.; Lengyel, M.
• P1.12: Reducing network size decreases sharp-wave occurrence in the CA3 region of in vitro hippocampal slices
  Schlingloff, D.; Hájos, N.; Kohus, Z.; Freund, T.; Gulyás, A.
• P1.13: Cholinergic control of GABA release by carbachol at perisomatic inhibitory synapses in the CA3 region of mouse hippocampus
  Szabó, G. G.; Holderith, N.; Gulyás, A. I.; Freund, T. F.; Hájos, N.
• P1.14: Postsynaptic Group II Metabotropic Glutamate Receptor activation in Dentate Gyrus Granule Cells
  Brunner, J.; Andrási, T.; Van-Weert, S.; Kleine Borgmann, F.; Jessberger, S.; Szabadics, J.
• P1.15: Dendritic hot spots in CA1 stratum radiatum interneurons
  Szadai, Z.; Turi, G. F.; Katona, G.; Kaszás, A.; Rózsa, B.
• P1.16: Roller Coaster Scanning reveals spontaneous triggering of dendritic spikes in CA1 interneurons
  Katona, G.; Kaszás, A.; Turi, G. F.; Hájos, N.; Tamás, G.; Vizi, E. S.; Rózsa, B.
• P1.17: Organization of WAVE-1 in hippocampal dendritic spines
  Szudóczky, R.; Weinberg, R.; Soderling, S.; Sótonyi, P.; Rácz, B.
• P1.18: Increased network activity induces tonic inhibition by emerging a glial GABA pool
  Kékesi, O.; Héja, L.; Nyitrai, G.; Dobolyi, Á.; Szabó, P.; Palkovits, M.; Kardos, J.
• P1.19: Characterization of electrical coupling between cerebellar Golgi cells
  Lorincz, A.; Vervaeke, K.; Silver, R. A.; Nusser, Z.
• P1.20: Glutamatergic input from specific sources influences the nucleus accumbens-ventral pallidum information flow
  Papp, E.; Borhegyi, Z.; Tomioka, R.; Rockland, K. S.; Mody, I.; Freund, T. F.
• P1.21: Voltage protocols for the identification of distinct types of sodium channel inhibitors
  Pesti, K.; Sas, B.; Mike, A.
• P1.22: Chemical properties of sodium channel inhibitors which determine affinity to resting and inactivated states
  Lenkey, N.; Epresi, N.; Sas, B.; Vizi, E. S.; Mike, A.
• P1.23: Main Cavinton® metabolite cAVA increases neuronal excitability
  Farkas, B.; Kocsis, P.; Tarnawa, I.; Tihanyi, K.
• P1.24: Tolperisone potently inhibits ouabaine-induced increase of cortical excitability in mouse brain slices
  Tarnawa, I.; Farkas, B.; Kocsis, P.
• P1.25: Operation of The Mitochondrial Na+/Ca2+ Exchanger Correlates Inversely to Thermodynamic Driving Force
  Kiss, G.; Konrád, C.; Szabó, Z.; Ádám-Vizi, V.; Chinopoulos, C.
• P1.26: Relationship between calcium dynamics and release probability in single axon terminals
  Holderith, N.; Lőrincz, A.; Kulik, Á.; Unger, A.; Watanabe, M.; Katona, G.; Rózsa, B.; Nusser, Z.
• P1.27: Optically measured propagation speed of action potential in dendrites during different regenerative events
  Szalay, G.; Maák, P.; Veress, M.; Túri, G.; Chiovini, B.; Kaszás, A.; Katona, G.; Rózsa, B.
• P1.28: The role of transient receptor potential ankyrin 1 (TRPA1) receptors in the H2S-evoked calcitonin gene-related peptide (CGRP) release from isolated rat trachea
  Pozsgai, G.; Bagoly, T.; Hajna, Z.; Boros, M.; Helyes, Z.; Szolcsányi, J.; Pintér, E.
• P1.29: Effects of cathecholaminergic lesions of the prelimbic prefrontal cortex on sustained attention demanding task performance in rats
  Gálosi, R.; Pusztai, P.; Hajnal, N.; Tóth, A.; Petykó, Z.; Lénárd, L.
• P1.30: Pituitary Adenylate Cyclase-Activating Polypeptide plays an important role in nitroglycerol-induced trigeminovascular activation in mice
  Markovics, A.; Lashgarara, A.; Szőke, E.; Sándor, K.; Tuka, B.; Kormos, V.; Tajti, J.; Szolcsányi, J.; Gaszner, B.; Reglődi, D.; Hashimoto, H.; Helyes, Z.
• P1.31: CB1 cannabinoid receptor-dependent long-term depression at excitatory synapses onto hippocampal fast spiking interneurons.
  Péterfi, Z.; Németh, B.; Papp, O.; Hájos, N.
• P1.32: The role of GABAAR subunits in determining the time course of mIPSCs.
  Eyre, M. D.; Nusser, Z.

>>>Back>>>

 

P2: Molecular and cellular neurobiology

• P2.01: Morphological study of de novo endomorphin-2 biosynthesis
  Gyimesi, K.; Kozsurek, M.; Lukácsi, E.; Király, K.; Szentirmay, A.; Fekete, C.; Rónai, A. Z.; Puskár, Z.
• P2.02: Convergence of parvalbumin and type 1 cannabinoid receptor positive perisomatic inputs onto hippocampal pyramidal cells
  Takács, V. T.; Freund, T. F.; Gulyás, A. I.
• P2.03: Area-specific excitation of hippocampal parvalbumin expressing basket cells
  Andrási, T.; Brunner, J.; Van-Weert, S.; Szabadics, J.
• P2.04: A unique distribution pattern of the Kv4.2 channels on hippocampal CA1 pyramidal cells is revealed by freeze-fracture replica labeling
  Kerti, K. M.; Lőrincz, A.; Nusser, Z.
• P2.05: Subcellular distribution of TRPC6 channel proteins in the hippocampus.
  Nagy, G. A.; Botond, G.; Borhegyi, Z.; Freund, T. F.; Hájos, N.
• P2.06: Investigation of calpain activity
  Szíber, Z.; Czégé, D.; Szőke, B.; Farkas, A.; Szabó, G.; Halasy, K.; Világi, I.
• P2.07: Canceled
  
• P2.08: Global gene expression profile of identified neurogliaform interneurons in the neocortex
  Boldog, E.; Faragó, N.; Rózsa, M.; Vámos, E.; Oláh, S.; Szemenyei, V.; Lovas, S.; Puskás, L.; Tamás, G.
• P2.09: Cocaine and amphetamine regulated transcript, type-2 vesicular glutamate transporter and calbindin co-expression define spiny stellate cells in layer IV of the granular cerebral cortex
  Molnár, C. S.; Sárvári, M.; Kalló, I.; Liposits, Z.; Hrabovszky, E.
• P2.10: Wiring Economy of Neocortical Axon Arbors
  Budd, J. M.; Kovács, K.; Ferecskó, A. S.; Buzás, P.; Eysel, U. T.; Kisvárday, Z. F.
• P2.11: Are the passive morfofunctional architectures of CNS neurons really different?
  Somogyi, A.; Stelescu, A.; Wolf, E.
• P2.12: Canceled
• P2.13: Localized replacement of GABAA receptor γ2 subunits with bicistronic viral vectors
  Sümegi, M.; Lorincz, A.; Nusser, Z.
• P2.14: GLP-1 fibers of brainstem origin activate dorsomedial hypothalamic neurons in refed rats
  Renner, É.; Puskás, N.; Dobolyi, Á.; Palkovits, M.
• P2.15: Interleukin-6 receptor α is co-localised with melanin concentrating hormone in the lateral hypothalamic area of the mouse and the human
  Fekete, C.; Schele, E.; Egri, P.; Füzesi, T.; Keller, E.; Palkovits, M.; Liposits, Z.; Gereben, B.; Karlsson-Lindhal, L.; Shao, R.; Jansson, J.
• P2.16: Isolation and characterization of radial glia-like neural stem cells from different regions of adult mouse brain
  Kőhidi, T.; Markó, K.; Hádinger, N.; Madarász, E.
• P2.17: Comparative immunhistological examination of inner ear in wild type and pituitary adenylate cyclase activating polypeptide (PACAP) deficient mice
  Tamás, A.; Fülöp, B.; Reglődi, D.; Kiss, P.; Brubel, R.; Horváth, G.; Lubics, A.; Gábriel, R.; Szabadfi, K.
• P2.18: Effect of pituitary adenylate cyclase-activating polypeptide (PACAP) on tooth development in wild type and PACAP deficient mice
  Sándor, B.; Hóbor, D.; Kiss, P.; Szabadfi, K.; Brubel, R.; Horváth, G.; Lubics, A.; Gábriel, R.; Szántó, I.; Nagy, Á.; Reglődi, D.; Tamás, A.
• P2.19: Myelination in the pituitary adenylate cyclase activating polypeptide (PACAP) deficient mice
  Vincze, A.; Reglődi, D.; Helyes, Z.; Hashimoto, H.; Shintani, N.; Ábrahám, H.
• P2.20: Postsynaptic targets of the GABAergic basal forebrain projection to the basolateral amygdala in mice
  Veres, J.; Blasco-Ibáñez, J. M.; Hájos, N.
• P2.21: Intracellular distribution and axonal transport of PKD in neurons
  Szórádi, T.; Klacsmann, F.; Vajda, F.
• P2.22: Changes in Protein kinase D activity during neurotoxic treatments
  Liliom, H.; Braun, G.; Tárnok, K.; Schlett, K.
• P2.23: Mono- and polysynaptic propriospinal connections in the lateral part of the spinal dorsal horn: a correlative physiological and morphological study
  Antal, Z.; Pinho, R.; Safronov, B.; Antal, M.; Szűcs, P.
• P2.24: Comparative distribution of the neuropeptides vasotocin (VT) and vasoactive intestinal peptide (VIP) in the brain of male and female blue tit and penduline tit.
  Montagnese, C.; Székely, T.; Csillag, A.; Zachar, G.
• P2.25: Effects of L-aspartate on single neurons in striatal slice preparation from chicken brain
  Balázs, D.; Csillag, A.; Gerber, G.
• P2.26: Termination pattern and excitatory amino acid content of the amygdalo-accumbens pathway in the rat and the domestic chicken.
  Hanics, J.; Bálint, E.; Milanovich, D.; Csillag, A.
• P2.27: Organization of extracellular matrix in the brainstem of chicken embryo
  Gaál, B.; Kecskes, S.; Matesz, K.
• P2.28: The NO-cGMP-PKG signal pathway is involved in the tentacle regeneration of the snail, Helix pomatia
  Serfőző, Z.
• P2.29: Intracellular redistribution of nitric oxide synthase in snail neurons: role of hypothermia
  Rőszer, T.; Kiss-Tóth, É.; Rózsa, D.; Józsa, T.; Szentmiklósi, A. J.; Bánfalvi, G.
• P2.30: Immunohistochemical investigation of the developing subventricular zone situated in the lateral ventricle in rat brain
  Adorjan, I.; Berecz, E.; Visolyi, G.; Antal, D.; Kani, E.; Kalman, M.
• P2.31: Deficits of Hypothalamic GLUT2 Immunolabeling After Streptozotocin Microinjection into the Ventromedial Hypothalamic Nucleus of the Rat
  Telkes, I.; Szalay, C.; Lénárd, L.; Karádi, Z.

>>>Back>>>

 

P3: Neuroendocrinology

• P3.01: Tuberoinfundibular peptide of 39 residues is activated during lactation and participates in the suckling-induced prolactin release in rat
  Cservenák, M.; Bodnár, I.; Usdin, T. B.; Palkovits, M.; Nagy, G. M.; Dobolyi, A.
• P3.02: Galanin is expressed in kisspeptin neurons and co-localizes with kisspeptin within afferents to GnRH neurons in the mouse brain
  Vida, B.; Molnár, C. S.; Hrabovszky, E.; Bardóczi, Z.; Caraty, A.; Coen, C. W.; Liposits, Z.; Kalló, I.
• P3.03: Glutamatergic and GABAergic innervation of GnRH neurons in the human hypothalamus
  Hrabovszky, E.; Molnár, C. S.; Kallo, I.; Borsay, B.; Sarkadi, L.; Herczeg, L.; Watanabe, M.; Liposits, Z.
• P3.04: Retrograde Endocannabinoid Signaling Reduces Firing and GABA-ergic Synaptic Transmission to Gonadotropin-Releasing Hormone Neurons
  Farkas, I.; Kalló, I.; Deli, L.; Vida, B.; Hrabovszky, E.; Fekete, C.; Moenter, S. M.; Watanabe, M.; Liposits, Z.
• P3.05: Zearalenon, an endocrine disruptor mycotoxin results in robust changes of gene expression in the uterus and in the hypothalamus.
  Kriszt, R.; Ferenczi, S.; Kukolya, J.; Kriszt, B.; J. Kovács, K.
• P3.06: Ligand-dependent changes in estrogen receptor- and thyroid hormone receptor expression in the developing rat cerebellum: A comparative Western blot and Q-PCR study.
  Scalise, T. J.; Somogyi, V.; Győrffy, A.; Kiss, D. S.; Goszleth, G.; Bartha, T.; Frenyó V., L.; Zsarnovszky, A.
• P3.07: Central melanocortin responsiveness in spontaneously hypertensive rats (SHR).
  Füredi, N.; Mikó, A.; Párniczky, A.; Pétervári, E.; Soós, S.
• P3.08: Effects of nesfatin-1 on energy expenditure
  Könczöl, K.; Zelena, D.; Pintér, O.; Varga, J.; Palkovits, M.; Tóth, Z.
• P3.09: Glucose-monitoring neurons in the mediodorsal prefrontal cortex: responsiveness to dopamine and exogenous chemical stimuli
  Nagy, B.; Szabó, I.; Papp, S.; Takács, G.; Szalay, C.; Keresztes, D.; Faragó, B.; Hideg, B.; Góré, M. B.; Karádi, Z.
• P3.10: Calorie-restriction reverses leptin resistance in middle-aged rats.
  Párniczky, A.; Balaskó, M.; Pétervári, E.; Soós, S.; Székely, M.
• P3.11: Differential regulation of hypothalamic neuropeptide Y and aguti-related protein expression during psychological stress and insulin-induced hypoglycemia
  Ferenczi, S.; Zelei, E.; Pintér, B.; J. Kovács, K.
• P3.12: The pituitary independent regulation of the glucocorticoid secretion
  Varga, J.; Pintér, O.; Klausz, B.; Zelena, D.
• P3.13: The actions of the urocortins on the mediators of stress response
  Bagosi, Z.; Csabafi, K.; Telegdi, G.; Szabó, G.
• P3.14: The endocrine, behavioral and autonomic actions of neuropeptide SF
  Csabafi, K.; Jászberényi, M.; Bagosi, Z.; Babits, A.; Szakács, J.; Telegdy, G.
• P3.15: Comparison of in vivo and in vitro responses to LPS of microglial cells that lack functional fractalkine receptor.
  Zelei, E.; Dénes, Á.; Környei, Z.; J. Kovács, K.
• P3.16: Behavioral differences in fractalkine receptor (CX3CR1) - deficient mice
  Winkler, Z.; Pintér, O.; J. Kovács, K.
• P3.17: Regulation of the behavior of lactating Brattleboro rats, the role of vasopressin
  Fodor, A.; Klausz, B.; Varga, J.; Pintér, O.; Daviu Abant, N.; Rabasa Papió, C.; Nadal, R.; Zelena, D.
• P3.18: The behavioral effect of central vasopressin
  Klausz, B.; Pintér, O.; Zelena, D.
• P3.19: Vasopressin administration into the paraventricular nucleus normalizes plasma oxytocin and corticosterone levels in Brattleboro rats
  Pintér, O.; Langnaese, K.; Domokos, Á.; Landgraf, R.; Engelmann, M.; Zelena, D.
• P3.20: Type 1 cannabinoid receptor (CB1)-containing axons innervate magnocellular vasopressin-synthesizing neurons in the hypothalamic paraventricular nucleus in mice
  Bardóczi, Z.; Kádár, A.; Watanabe, M.; Liposits, Z.; Fekete, C.; Kalló, I.
• P3.21: Cannabinoid receptor 1 antagonist Rimonabant attenuates mu-opiod receptor G-protein activation in mice forebrain
  Zádor, F.; Páldy, E.; Wenger, T.; Benyhe, S.
• P3.22: Developmental expression of type 2 deiodinase in the chicken hypothalamus
  Mohácsik, P.; Füzesi, T.; Hadadi, E.; Szabó, E.; Doleschall, M.; Egri, P.; Liposits, Z.; Fekete, C.; Gereben, B.
• P3.23: The activational state of mast cells in the dove brain
  Wilhelm, M.
• P3.24: Estradiol replacement evokes a wide range of transcriptional changes in the frontal cerebral cortex of middle-aged, ovariectomized rats
  Sárvári, M.; Kalló, I.; Hrabovszky, E.; Solymosi, N.; Tóth, K.; Likó, I.; Molnár, B.; Tihanyi, K.; Liposits, Z.
• P3.25: Endogenous and Exogenous Chemical Sensitivity of Glucose Monitoring Neurons in the Nucleus Accumbens
  Szabó, I.; Nagy, B.; Takács, G.; Szalay, C.; Papp, S.; Hideg, B.; Faragó, B.; Góré, M. B.; Keresztes, D.; Karádi, Z.

>>>Back>>>

 

P4: Disorders

• P4.01: Electrophysiological changes in a complex model of schizophrenia in rats
  Petrovszki, Z.; Gombkötő, P.; Nagy, A.; Benedek, G.; Tuboly, G.; Horvath, G.
• P4.02: Model-based analysis of functional connectivity during associative learning in schizophrenia
  Bányai, M.; Diwadkar, V.; Érdi, P.
• P4.03: The Fragile Nature of Endocannabinoid Signalling in Fragile X Syndrome
  Henstridge, C.; Sepers, M.; Jung, K.; Mackie, K.; Katona, I.; Piomelli, D.; Manzoni, O.
• P4.04: Canceled
  
• P4.05: Mechanisms of the interaction between melanoma and cerebral endothelial cells
  Fazekas, C.; Wilhelm, I.; Farkas, A. E.; Haskó, J.; Molnár, J.; Végh, G.; Nagylőszi, P.; Váró, G.; Krizbai, I. A.
• P4.06: Metformin plus temozolomide-based chemotherapy as adjuvant treatment for WHO grade III and IV malignant gliomas
  Tomuleasa, C.; Soritau, O.; Aldea, M.; Petrusev, B.; Gheban, D.; Ioani, H.; Irimie, A.; Kacso, G.; Florian, I. S.
• P4.07: Pharmacologic blockade of MCH-R1 receptor reduces cataplexy and REM sleep in narcoleptic mice
  Humli, V.; Spitzer, K.; Nguyen, T. T.; Szőke, A.; Haller, J.; Kántor, S.
• P4.08: Inhibition of FAAH during a trauma prevents the development of sleep disturbances
  Spitzer, K.; Humli, V.; Nguyen, T. T.; Szőke, A.; Haller, J.; Kántor, S.
• P4.09: Trauma által indukált szorongás neurobiológiai háttere: rövid és hosszútávú hatások
  Sörös, P.; Tulogdi, Á.; Nagy, R.; Tóth, M.; Bíró, L.; Haller, J.
• P4.10: A Dietary Polyphenol Resveratrol Protects against Endothelial and Neuronal Injury in Models of Stroke
  Clark, D.; Thompson, R.; Institóris, Á.; Kulynych, A.; Busija, D. W.; Barber, P. A.; Tuor, U. I.
• P4.11: Impaired vascular responses of insulin resistant (IR) rats after mild subarachnoid hemorrhage (SAH).
  Institóris, Á.; Snipes, J. A.; Katakam, P. V.; Domoki, F.; Bari, F.; Busija, D. W.
• P4.12: Multiparametric non-linear statistical analysis of cardiovascular and respiratory alterations during extensive cerebral infracts requiring neurointensive care
  Lovas, G.; Darida, G. M.; Szilágyi, N.
• P4.13: Mice deficient in pituitary adenylate cyclase activating polypeptide (PACAP) show increased susceptibility to in vivo renal ischemia/reperfusion injury
  Horváth, G.; Szakály, P.; László, E.; Kovács, K.; Rácz, B.; Ferencz, A.; Lubics, A.; Kiss, P.; Tamás, A.; Brubel, R.; Opper, B.; Baba, A.; Hashimoto, H.; Farkas, J.; Matkovits, A.; Magyarlaki, T.; Helyes, Z.; Reglődi, D.
• P4.14: Multimodal, live imaging of peri-infarct depolarisation (PID) during global forebrain ischemia in the rat cerebral cortex
  Bere, Z.; Kulmány, A.; Obrenovitch, T. P.; Bari, F.; Farkas, E.
• P4.15: The induction of TGF-βs in relation to immediate early genes following middle cerebral artery occlusion in rats
  Pál, G.; Vincze, C.; Wappler, E. A.; Lovas, G.; Dobolyi, Á.
• P4.16: Gender-linked differences in rat brain after transient global cerebral ischemia
  Hugyecz, M.; Drakulic, D.; Farkas, E.; Hertelendy, P.; Tóth, J.; Bari, F.
• P4.17: Effects of Oxaloacetate on cortical evoked potentials and adaptibility in focal ischemia
  Knapp, L.; Nagy, D.; Kocsis, K.; Oláh, G.; Marosi, M.; Farkas, T.; Kis, Z.; Vécsei, L.; Teichberg, V. I.; Toldi, J.
• P4.18: Have antioxidants any effect on the funcional alterations in the nervous system of rats treated with nano-manganese?
  Nagy, V.; Horváth, E.; Szabó, A.; Oszlánczi, G.; Papp, A.
• P4.19: Cyanobacterial extracts isolated from lake Balaton –do cholinergic receptors provide the common target for neurotoxic effects?
  Vehovszky, Á.; W.Kovács, A.; Szabó, H.; Farkas, A.
• P4.20: Assessing toxicity of dendrimers by neuronal signaling functions
  Pál, I.; Nyitrai, G.; Kékesi, O.; Keglevich, P.; Csíki, Z.; Fügedi, P.; Simon, Á.; Fitos, I.; Németh, K.; Visy, J.; Kardos, J.
• P4.21: Doxycycline Increases Absence-like Epileptic Seizures in WAG/Rij Rats
  Kovács, Z.; Kékesi, K. A.; Juhász, G.; Czurkó, A.
• P4.22: Monitoring the induction of pilocarpine epilepsy in NEC rats
  Cseri, B.; Czurkó, A.; Baracskay, P.; Juhász, G.
• P4.23: Time-frequency analysis of interictal discharges and ripples recorded with laminar microelectrode arrays in humans
  Fabó, D.; Cash, S. S.; Ulbert, I.
• P4.24: Comparison of MMP-9 activation in different absence epileptic rat models: brain zymography study
  Szodorai, E.; Takács, E.; Kovács, Z.; Kékesi, A. K.; Czurkó, A.; Juhász, G.
• P4.25: Changes in the distribution of the ClC-2 Cl- channel in the chronic phase of epilepsy
  Karlócai, R.; Maljevic, S.; Tóth, K.; Csizmadia, T.; Freund, T. F.; Lerche, H.; Maglóczky, Z.
• P4.26: Suppressing epileptic spike-and-wave discharges by extracranial alternating current stimulation
  Berényi, A.; Belluscio, M.; Buzsáki, G.
• P4.27: Postconditioning with kainate restores LTP function in rat hippocampus after ischemic injury
  Kocsis, K.; Nagy, D.; Fuzik, L.; Knapp, L.; Oláh, G.; Farkas, T.; Toldi, J.

>>>Back>>>

 

P5: Sensory and motor activity

• P5.01: Interaction of the neuropeptide PACAP with the opiate system
  Szakács, J.; Mácsai, M.; Babits, A.; Csabafi, K.; Tóth, G.; Szabó, G.
• P5.02: Receptive field properties of colour cells in the cat lateral geniculate nucleus
  Kóbor, P.; Petykó, Z.; Telkes, I.; Lénárd, L.; Buzás, P.
• P5.03: Direct projection from the visual associative cortex to the caudate nucleus in the feline brain
  Nagy, A.; Berényi, A.; Gulya, K.; Norita, M.; Benedek, G.; Nagy, A.
• P5.04: Optic flow detection in the caudate nucleus of a primate
  Gombkötő, P.; Berényi, A.; Benedek, G.; Nagy, A.
• P5.05: Activation of paralemniscal neurons in response to noxious and maternal stimuli
  Varga, T.; Mogyoródi, B.; Dobolyi, Á.
• P5.06: Modulatory effect of a new KYNA derivative on the trigeminal activation
  Fejes, A.; Vámos, E.; Bohár, Z.; Tajti, J.; Fülöp, F.; Vécsei, L.; Párdutz, Á.
• P5.07: Effect of sphingomyelinase on TRP ion channel activation of trigeminal sensory neurons and transfected cell line
  Szőke, É.; Tóth, D. M.; Helyes, Z.; Sándor, Z.; Szolcsányi, J.
• P5.08: The influence of estrogen on trigeminal nociception in ovariectomized rats
  Oláh, Z.; Fejes, A.; Tajti, J.; Vécsei, L.; Párdutz, Á.
• P5.09: The sythetic endomorphin-1 analog, CYT-1010, inhibits sensory neuropeptide release, acute neurogenic inflammation and heat injury-induced thermal hyperalgesia in rodent models
  Helyes, Z.; Kemeny, A.; Elekes, K.; Boros, M.; Bagoly, T.; Pinter, E.; Szolcsanyi, J.; Maione, T.
• P5.10: Efferent neuronal connections of the medial paralemniscal nucleus
  Mogyoródi, B.; Cservenák, M.; Varga, T.; Palkovits, M.; Dobolyi, Á.
• P5.11: Reciprocal organization of somatosensory cortical areas 3b and 1 in the squirrel monkey
  Pálfi, E.; Ashaber, M.; Palmer, C.; Friedman, R. M.; Roe, A. W.; Négyessy, L.
• P5.12: Preferential connections of area 1 fingertip representation in primary somatosensory cortex of squirrel monkey
  Ashaber, M.; Pálfi, E.; Palmer, C.; Friedman, R.; Chen, L.; Roe, A.; Négyessy, L.
• P5.13: Sounds modulate neurons in the visual cortex of the monkey
  Kaposvári, P.; Csibri, P.; Csete, G.; Tompa, T.; Sáry, G.
• P5.14: Cross-correlation analysis of temporal interactions suggests functional cooperation between the suprageniculate nucleus of the posterior thalamus and the caudate nucleus
  Rokszin, A.; Berényi, A.; Gombkötő, P.; Utassy, G.; Benedek, G.; Nagy, A.
• P5.15: Attentional N1 latency modulation: a frequency general effect
  Folyi, T.; Fehér, B.; Horváth, J.
• P5.16: Attention decreases auditory N1 latency
  Fehér, B.; Folyi, T.; Horváth, J.
• P5.17: The effect of single 30 minute long 3G EMF exposure on auditory evoked potentials, automatic deviance detection and spontaneous EEG
  Trunk, A.; Stefanics, G.; Kovács-Bálint, Z.; Zentai, N.; Thuróczy, G.; Hernádi, I.
• P5.18: The effect of a single 60 minute Wi-Fi electromagnetic field exposure on spontaneous EEG activity of healthy human volunteers
  Zentai, N.; Trunk, A.; Juhász, P.; Stefanics, G.; Thuróczy, G.; Hernádi, I.
• P5.19: The role of complexity of the infrequently presented irrelevant stimuli in orientation
  Barkaszi, I.; Czigler, I.; Balázs, L.
• P5.20: Eye movement correlates of reading speed
  Weiss, B.; Kóbor, I.; Hermann, P.; Gál, V.; Vidnyánszky, Z.
• P5.21: Visual cortical processing in the right hemisphere is suppressed during left-to-right reading
  Kóbor, I.; Weiss, B.; Hermann, P.; Gál, V.; Vidnyánszky, Z.
• P5.22: Habituation of face specific visual cortical responses are modulated by attention
  Knakker, B.; Hermann, P.; Kóbor, I.; Bankó, É. M.; Weiss, B.; Gál, V.; Vidnyánszky, Z.
• P5.23: Sensory competition in the face processing areas of the human brain
  Nagy, K.; Greenlee, M.; Kovács, G.
• P5.24: Impairment in object-specific visual processing in amblyopia: a neurophysiological study
  Bankó, É. M.; Körtvélyes, J.; Andics, A.; Németh, J.; Gál, V.; Vidnyánszky, Z.
• P5.25: Electrophysiology of perceptual categorization of noisy visual stimuli, colored and grayscale
  Linnert, S.; Győri-Dani, D.; Rokszin, A.; Csifcsák, G.; Tompa, T.
• P5.26: Dissociating the neural processes associated with attentional demands and working memory capacity
  Gál, V.; Kóbor, I.; Vidnyánszky, Z.
• P5.27: Are we able to detect the power frequency electromagnetic fields?
  Szemerszky, R.; Köteles, F.; Körmendi, J.; Bárdos, G.
• P5.28: Distribution of trigeminal afferent terminals on the functionally different motoneurons of the glossopharyangeal and vagus nerves in the frog, Rana esculenta
  Kecskes, S.; Gaál, B.; Matesz, K.; Birinyi, A.
• P5.29: Nitric oxide synthase in the olfactory center of the snail, Helix pomatia. A light- and electronmicroscopic histochemical study
  Nacsa, K.; Elekes, K.; Serfőző, Z.
• P5.30: Neuronal background of space positioning of olfactory organs in the snail Helix pomatia
  Hernádi, L.; Teyke, T.; Elekes, K.
• P5.31: Is serotonin a pivotal modulator in the snail olfactory center?
  Battonyai, I.; Elekes, K.
• P5.32: The effects of stimulus repetition probability in the ventral visual stream
  Kovács, G.; Iffland, L.; Greenlee, M.

>>>Back>>>

 

P6: Behaviour and cognition

• P6.01: Effect of chlordiazepoxide on the open field behavior of young domestic chicks during social isolation and in the presence of predator
  Hegedűs, O.; Csillag, A.; Zachar, G.
• P6.02: Extracellular L-glutamate and L-aspartate responses in medial striatum (MSt) of freely behaving domestic chicks as revealed by capillary electrophoresis-coupled in vivo microdialysis.
  Zachar, G.; Wagner, Z.; Tábi, T.; Bálint, E.; Szökő, É.; Csillag, A.
• P6.03: The effect of Antalarmin on cocaine-induced locomotion in mice
  Babits, A.; Csabafi, K.; Szakács, J.; Szabó, G.
• P6.04: The effects of antalarmin on behavioural and biochemical aspects of chronic nicotine administration and acute nicotine withdrawal in rats
  Palotai, M.; Bagosi, Z.; Csabafi, K.; Szabó, G.
• P6.05: Kannabinoidok, szorongás és megküzdés
  Haller, J.; Zelena, D.; Aliczki, M.; Mikics, É.; Tóth, M.; Tulogdi, Á.; Pintér, O.
• P6.06: The role of neurotensin and dopamine interaction in conditioned place preference
  László, K.; Madarassy-Sz., A.; Kiss, Á.; Tóth, K.; Ollmann, T.; Péczely, L.; Kertes, E.; Lénárd, L.
• P6.07: Effects of 2-arachidonoylglycerol hydrolysis inhibition on locomotion and anxiety
  Aliczki, M.; Balogh, Z.; Tulogdi, Á.; Haller, J.
• P6.08: Postweaning social isolation induces abnormal aggression associated to increased arousal states: hormonal and neurobiological changes.
  Tóth, M.; Tulogdi, Á.; Mikics, É.; Bíró, L.; Sörös, P.; Haller, J.
• P6.09: Enriched environment contra social isolation in ischemic retinal degeneration
  Szabadfi, K.; Reglődi, D.; Atlasz, T.; Griecs, M.; Horváth, G.; Farkas, J.; Matkovits, A.; Fábián, E.; Tamás, A.; Gábriel, R.; Kiss, P.
• P6.10: Long-lasting effects of social isolation and NMDA-antagonist treatment on thermoregulation and motor activity.
  Horvath, G.; Adam, G.; Petrovszki, Z.; Benedek, G.
• P6.11: Brain regions involved in predatory behaviour are activated in a laboratory model of callous-unemotional violence
  Tulogdi , Á.; Tóth, M.; Halász, J.; Mikics, É.; Haller, J.
• P6.12: Effects of intraamygdaloid microinjections of RFRP-1 on liquid food intake of rats
  Kovács, A.; Tóth, K.; László, K.; Gálosi, R.; Ollmann, T.; Lénárd, L.
• P6.13: The electrophysiological correlates of control processes in directed forgetting
  Tóth, B.; Boha, R.; Gaál, Z. A.; Molnár, M.
• P6.14: Complex cortical activity during human slow wave sleep revealed by information theory
  Tihanyi, B. T.; Hangya, B.; Entz, L.; Fabó, D.; Erőss, L.; Wittner, L.; Jakus, R.; Varga, V.; Freund, T. F.; Ulbert, I.
• P6.15: Electrophysiological correlates of age-dependent memory processes in mathematical cognition
  Boha, R.; Tóth, B.; Gaál, Z. A.; Benyovszky, M.; Molnár, M.
• P6.16: Posturographic study on young healthy students relating their daily rhythm and sleep deprivation fatigue
  Garab, S.; Endrenyi, M.; Simon, L.
• P6.17: Facial emotion recognition bias profile in adolescent boys with externalization and internalization problems
  Áspán, N.; Németh, N.; Gádoros, J.; Halász, J.
• P6.18: Screening secondary school and university students with the Hungarian adult dyslexia screening (HAD) test
  Takács, J.; Vidnyánszky, Z.; Kóbor, I.; Gál, V.; Lukács, Á.
• P6.19: Screening of binocular function with static- and dynamic random dot E stereograms in preschool population
  Mikó-Baráth, E.; Markó, K.; Budai, A.; Dani, T.; Sevinc, S.; Gyenge, M.; Schwoller, M.; Pamer, Z.; Bíró, Z.; Jandó, G.
• P6.20: Canceled
• P6.21: Evidence for the involvement of D2 dopaminergic receptors in the effect of caffeine on impulsive choice behavior of rats
  Kardos, P.; Trunk, A.; Hernadi, I.
• P6.22: Role of preprotachykinin A (TAC1) gene-derived peptides and the neurokinin 1 (NK1) receptor in acute nocifensive behaviours and hyperalgesia
  Hajna, Z.; Borbély, É.; Quinn, J. P.; Zimmer, A.; Pintér, E.; Szolcsányi, J.; Helyes, Z.
• P6.23: Investigation of the role of preprotachykinin A and C (TAC1 and TAC4) gene-derived peptides in anxiety, stress and depression-like behaviour in mice
  Borbély, É.; Hajna, Z.; Simon, G.; Berger, A.; Paige, C.; Quinn, J.; Pintér, E.; Szolcsányi, J.; Helyes, Z.
• P6.24: Role of neurotensin injected into the ventral pallidum in open field and in conditioned place preference test.
  Ollmann, T.; Péczely, L.; László, K.; Kovács, A.; Lénárd, L.
• P6.25: Pituitary adenylate cyclase-activating polypeptide deficient (PACAP-/-) mice display reduced c-Fos response to forced swim stress
  Gaszner, B.; Kormos, V.; Reglődi, D.; Kozicz, T.; Helyes, Z.
• P6.26: Morphine withdrawal anxiety influenced by pituitary adenylate cyclase-activating polypeptide (PACAP) in mice
  Lipták, N.; Dochnal, R.; Babits, A.; Csabafi, K.; Tóth, G.; Szabó, G
• P6.27: The effect of single acute cocaine exposure on the local network activity of PFC neurones in mice in vivo as revealed by optogenetic methods
  Tompa, T.; Lavin, A.
• P6.28: Evidence for automatic cheater detection as indexed by event related brain potentials
  Kovács-Bálint, Z.; Trunk, A.; Stefanics, G.; Hernádi, I.
• P6.29: Differential Changes in Expression of Metabolic-related Neuropeptides in the Rat Brain during Morphine Withdrawal-induced Anorexia
  Pintér-Kübler, B.; Ferenczi, S.; Molnár, A.; Núñez, C.; Szőke, Z.; Milanés, M. V.; J. Kovács, K.
• P6.30: Studies on the origin of non-specific symptoms attributed to exposure to power frequency electromagnetic fields.
  Drozdovszky, O.; Szemerszky, R.; Köteles, F.; Bárdos, G.

>>>Back>>>

 

P7: Methods

• P7.01: Canceled
• P7.02: Noninvasive connectivity analysis: a novel methodology for functional cortical mapping
  Entz, L.; Bickel, S.; Keller, C. J.; Tóth, E.; Erőss, L.; Ulbert, I.; Mehta, A.
• P7.03: Identifying functional networks in the human brain using single pulse electrical stimulation
  Tóth, E.; Entz, L.; Bickel, S.; Erőss, L.; Ulbert, I.; Mehta, A. D.
• P7.04: Thousand-channel electrode system to investigate thalamocortical interactions
  Horváth, D.; Fiáth, R.; Acsády, L.; Neves, P. H.; Karmos, G.; Ulbert, I.
• P7.05: Electrophysiological recordings with active microprobe arrays
  Dombovári, B.; Seidl, K.; Herwik, S.; Torfs, T.; Grand, L.; Csercsa, R.; Paul, O.; Neves, H. P.; Ruther, P.; Ulbert, I.
• P7.06: WaveSolution: a software for analyzing brain signals derived by multielectrodes
  Csercsa, R.; Magony, A.; Ulbert, I.
• P7.07: Functional imaging at cellular level in hemicochlea preparation from hearing mice.
  Aller, M.; Fekete, R.; Horváth, T.; Polony, G.; Fekete, Á.; Halmos, G.; Heinrich, A.; Sperlágh, B.; Lendvai, B.; Vizi, E. S.; Zelles, T.
• P7.08: Comparison of in vitro and in vivo response characteristics of carbon fiber microelectrodes to monoamines
  Bali, Z. K.; Budai, D.; Mészáros, B.; Kellényi, L.; Hernádi, I.
• P7.09: Measurement of cytokine and chemokine protein expression in the Freund adjuvant-induced inflammatory pain model by the antibody array technique
  Ducza, L.; Holló, K.; Bakk, E.; Hegedűs, K.; Antal, M.
• P7.10: Synaptic marker proteins as useful tools in the study of neural control on peptidergic neurons
  Karsai, G.; Wegener, C.; Molnár, L.; Pollák, E.
• P7.11: Recombinant pseudorabies virus strains as intracranially injected retrograde tracers
  Szabó, É. R.; Tombácz, D.; Boldogkői, Z.; Palkovits, M.; Dobolyi, Á.
• P7.12: Mapping whole-brain activity in behaving rats using activity-induced manganese-enhanced MRI in a 3T clinical scanner
  Szalay, C.; Gálosi, R.; Aradi, M.; Steier, R.; Perlaki, G.; Orsi, G.; Schwarz, A.; Lénárd, L.; Karádi, Z.

>>>Back>>>