Family
Name |
Name |
Town |
Abstract Title |
Poster number |
Klement |
Daniel |
Prague |
Rat navigation to a visible
moving goal in Morris water maze |
B1.01 |
Blahna |
Karel |
Prague |
Reprezentation of moving
object in different character of enviroment in rat. |
B1.02 |
Ribes |
Diana |
Tarragona |
Behavioral
effects of 6 month oral aluminum exposure at one year of age in a APP695
transgenic mice |
B1.03 |
Zerwas |
Meike |
Toulouse |
Adult hippocampal
neurogenesis in ST8SiaIV/PST-knockout mice |
B1.04 |
Trouche |
Stéphanie |
Toulouse |
Are new hippocampal neurons
involved in the retrieval of long-term memory in the adult mouse? |
B1.05 |
Fuentes |
Silvia |
Reus |
Behavioral effects of adult
mice exposed to Perfluorooctane sulfonate (PFOS). |
B1.06 |
Dimitropoulou |
Maria |
Athens |
Spatial learning during the
neonatal period using the mother as a positive or negative reinforcer |
B1.07 |
Albasser |
Mathieu |
Cardiff |
Mammillary body projections
to the anterior thalamic nuclei are necessary for normal immediate-early gene
expression in retrosplenial cortex. |
B1.08 |
Alvernhe |
Alice |
Marseille |
Encoding of the topology of
space by hippocampal place cells |
B1.09 |
Avni |
Reut |
Tel Aviv |
From piloting to map
navigation- a proposed experimental model of spatial representation |
B1.10 |
Barker |
Gareth |
Brsitol |
The role of glutamate
receptor subtypes within the prefrontal and perirhinal cortices in
associative recognition memory. |
B1.11 |
Bartko |
Susan |
Cambridge |
The involvement of cortical
m1 cholinergic receptors in visual recognition and perception |
B1.12 |
Battaglia |
Francesco |
Amsterdam |
Transitions in behaviorally
correlated activity in medial prefrontal neurons of rats acquiring and
switching strategies in a Y-maze. |
B1.13 |
Ben
Abdallah |
Nada |
Zurich |
Behavioral analysis of
Cyclin D2 knockout mice, lacking adult hippocampal neurogenesis, with and
without exposure to cranial irradiation in classical paradigms and the
IntelliCage |
B1.14 |
Blanco
Calvo |
Eduardo |
Oviedo |
C-FOS expression in
mammillary bodies after learning in a spatial working memory task with rats |
B1.15 |
Cerasti |
Erika |
Trieste |
A neural network model for
grid cells: coherence in the population dynamics |
B1.16 |
D'Adamo |
Patrizia |
Milano |
Tracking the roots of human
mental retardation: cognitive impairments in Gdi1 knockout mice are
associated with anomalous synaptic vesicles. |
B1.17 |
Daisley |
Jonathan |
Padova |
Lateralization of social
learning in the domestic chick (Gallus gallus): learning to avoid. |
B1.18 |
Derdikman |
Dori |
Trondheim |
Breaking up the grid cell pattern in the hairpin maze |
B1.19 |
Pecchia |
Tommaso |
Trieste |
Effects of metric
transformations of an array of local landmarks on the orientation strategies
of the domestic chick |
B1.20 |
Wolff |
Mathieu |
Christchurch |
Anterior but not lateral
thalamic nuclei impair allocentric spatial memory |
B1.21 |
Komissarova |
Natalia |
Moscow |
Effect of Iododeoxyuridine and Bromodeoxyuridine on memory formation in newborn chicks |
B1.22 |
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