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There are seven, half-day poster sessions listed below.
Dimensions: 1.40 m wide x 1.00 m high (landscape style).
Posters will be fixed on panels with double sided tape provided on site.
For morning sessions, posters may be put up as from 8:00, and must be removed at 13:30.
For afternoon sessions, posters may be put up as from 13:30 and must be removed at 18:30.
Authors must be present at their poster for one hour, starting at the time indicated on the programme entry.
003 - Neural induction and regionalization
004 - Cell lineage and cell fate
005 - Establishment of neuronal polarity
006 - Synaptogenesis I
007 - Learning and memory I: physiology and imaging
008 - Executive function
009 - Acetylcholine & receptors I
010 - GABA & receptors I
011 - Catecholamines & receptors
012 - Voltage-dependent ion channels: Ca2+ channels
013 - Neurotransmitter release I
014 - Postsynaptic mechanisms I
015 - Synaptic plasticity: LTP I
016 - Pain I
017 - Striate visual cortex I
018 - Vestibular system
019 - Parkinson's disease I
020 - Trinucleotide repeat diseases
021 - Alzheimer's I
022 - Autonomic regulation I
023 - Neuroimmunology I
024 - Biological rhythms and sleep I
025 - Motor cortex and thalamus
026 - Motor systems: Anatomy
038 - Neuronal differentiation I
039 - Neuron-glia interactions during development
040 - Neural stem cells I
041 - Axon outgrowth
042 - Associative, non associative and skill learning
043 - Learning and memory II
044 - Development of behaviour
045 - Glutamate
046 - Peptides & receptors
047 - Intracellular signalling I
048 - Presynaptic mechanisms I
049 - Synaptic plasticity: LTD
050 - Neurotransmitter transporters I
051 - Pain II
052 - Extrastriate visual cortex
053 - Parkinson's disease II
054 - Excitotoxicity and cell death
055 - Genetic models I
056 - Neuroendocrine interactions I
057 - Basal ganglia I
058 - Motoneurons
059 - Brain metabolism, transport and blood flow
060 - Regulation of food intake and body weight
072 - Neuronal differentiation II
073 - Neurotrophins and development I
074 - Cytokines and development
075 - Epigenetic factors in development
076 - Human cognition: language & other higher functions
077 - Attention
078 - Learning and memory III: pharmacology
079 - NMDA receptors
080 - GABA & receptors II
081 - Intracellular signalling II
082 - Voltage-dependent ion channels: potassium channels
083 - Postsynaptic mechanisms II
084 - Synaptic plasticity: LTP II
085 - Striate visual cortex II
086 - Schizophrenia I
087 - Aging I
088 - Genetic models II
089 - Stress I
090 - Drugs of abuse I
091 - Autonomic regulation II
092 - Basal ganglia II
093 - Oculomotor system
094 - Motor systems - Brainstem
107 - Neural stem cells II
108 - Dendritic growth and branching
109 - Synaptogenesis II
110 - Developmental cell death
111 - Emotional learning and memory
112 - Learning and memory IV
113 - Neuroethology
114 - Aggression
115 - Neuropeptides and behaviour
116 - Glycine & receptors
117 - Neurotransmitters & receptors, other
118 - Neurotransmitter release II
119 - Presynaptic mechanisms II
120 - Functional synaptic plasticity I
121 - Pain III
122 - Subcortical visual pathways
123 - Prion diseases
124 - Epilepsy I
125 - Apoptosis
126 - Affective disorders I
127 - Stress II
128 - Biological rhythms and sleep II
129 - Cerebellum
130 - Pattern generation
131 - Control of posture and movement
132 - Locomotion
133 - Invertebrate motor and sensory systems
134 - Reflex function
145 - Developmental cell proliferation
146 - Axon guidance
147 - Transplantation
148 - Development of sensory systems
149 - Learning and memory V
150 - Behavioural pharmacology I
151 - Reproductive behaviour
152 - Motivation and emotion
153 - Acetylcholine & receptors II
154 - Intracellular signalling III
155 - Functional synaptic plasticity II
156 - Chemical senses I
157 - Audition I
158 - Aging II
159 - Alzheimer's II
160 - Ischemia I
161 - Neuro-oncology
162 - Neuromuscular diseases
163 - Neuroendocrine interactions II
164 - Anxiety disorders
165 - Motor systems - Spinal cord
166 - Muscle and motor unit
179 - Glial differentiation
180 - Neuroimmune
181 - Development of the limbic system
182 - Learning and memory VI
183 - Monoamines and behaviour
184 - Non-NMDA glutamate receptors
185 - Neurotransmitters : gases (NO, CO)
186 - G-protein linked receptors, other
187 - Voltage-dependent ion channels: Na
188 - Functional synaptic plasticity III
189 - Cytoskeleton
190 - Tactile/somatosensory processing I
191 - Anatomy of sensory systems
192 - Pain IV
193 - Chemical senses II
194 - Retina and photoreceptors
195 - Alzheimer's III
196 - Parkinson's disease III
197 - Epilepsy II
198 - Developmental disorders
199 - Trauma
200 - Cerebral blood flow
211 - Cell migration
212 - Neurotrophins and development II
213 - Development of the motor system
214 - Regeneration
215 - Cannabinoids
216 - Opioids & receptors
217 - Behavioural pharmacology II
218 - Metabotropic glutamate receptors
219 - Serotonin & receptors
220 - Voltage-dependent ion channels, other
221 - Neurotransmitter transporters II
222 - Intrinsic membrane properties
223 - Glia
224 - Multisensory pathways and processing
225 - Tactile/somatosensory processing II
226 - Audition II
227 - Epilepsy III
228 - Ischemia II
229 - Demyelinating disorders
230 - Neurotoxicity
231 - Drugs of abuse II
232 - Schizophrenia II
233 - Psychiatric disorders, other
234 - Affective disorders II