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| Palais des Congrès, July 13-17, 2002 | ||
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| POSTER SESSIONS | ||
There are seven poster sessions listed below. In addition, a s pecial poster session on Teaching in Neuroscience will be on display throughout the meeting.
Dimensions: 1.40 m wide x 1.00 m high (landscape style). Posters will be fixed on panels with pins.
Morning sessions start at 8:00, and posters must be removed at 13:00.
Afternoon sessions start at 13:30 and posters 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. Posters will be on display from 8:00 to 13:00 for morning sessions and from 13:30 to 18:30 for afternoon sessions.
003 Neural induction and regionalization
004 Cell lineage and cell fate
005 Establishment of neuronal polarity
006 Synaptogenesis I
007 Development of sensory systems
008 Learning and memory I
009 Executive function
010 Acetylcholine, cholinergic receptors I
011 GABA and its receptors I
012 Catecholamines and their receptors
013 Voltage-dependent ion channels I
014 Neurotransmitter release I
015 Postsynaptic mechanisms I
016 Functional synaptic plasticity I
017 Visual cortex and pathways I
018 Parkinson's I
019 Trinucleotide repeat diseases
020 Alzheimer's I
021 Motor cortex and thalamus
022 Neuroimmunology I
023 Pain I
024 Biological rhythms and sleep I
025 Autonomic regulation I
036 Neuronal differentiation I
037 Neuron-glia interactions during development
038 Neural stem cells I
039 Axon guidance
040 Associative, non associative and skill learning
041 Learning and memory : physiology and imaging
042 Motivation and emotion
043 Development of behaviour
044 Excitatory amino acids and their receptors I
045 Peptides and neuronal excitability
046 Intracellular signalling I
047 Presynaptic mechanisms I
048 Functional synaptic plasticity II
049 Neurotransmitter transporters I
050 Pain II
051 Visual cortex and pathways II
052 Tactile/somatosensory processing I
053 Parkinson's II
054 Excitotoxicity and cell death I
055 Genetic models of neurotoxicity I
056 Basal ganglia I
057 Neuroendocrine interactions I
058 Motorneurons
069 Neuronal differentiation II
070 Synaptogenesis II
071 Axon outgrowth I
072 Cytokines and development
073 Epigenetic factors
074 Human cognition, language and other higher functions
075 Learning and memory II
076 Neuropeptides and behaviour
077 Excitatory amino acids and their receptors II
078 GABA and its receptors II
079 Intracellular signalling II
080 Voltage-dependent ion channels II
081 Postsynaptic mechanisms II
082 Functional synaptic plasticity III
083 Visual cortex and pathways III
084 Schizophrenia I
085 Aging
086 Pain III
087 Genetic models of neurotoxicity II
088 Stress I
089 Neuroendocrine interactions II
090 Autonomic regulation II
091 Basal ganglia II
092 Vestibular system
093 Brainstem
103 Neural stem cells II
104 Dendritic growth and branching
105 Developmental cell death
106 Emotional learning and memory
107 Learning and memory : pharmacology
108 Attention I
109 Neuroethology
110 Aggression
111 Glycine and its receptors
112 Neurotransmitters, other
113 Purine receptors
114 Neurotransmitter release II
115 Presynaptic mechanisms II
116 Functional synaptic plasticity IV
117 Chemical senses I
118 Anatomy of sensory systems
119 Biological rhythms and sleep II
120 Prion diseases
121 Epilepsy I
122 Affective disorders I
123 Stress II
124 Visual cortex and pathways IV
125 Oculomotor system
126 Cerebellum
137 Developmental cell proliferation
138 Axon outgrowth II
139 Neurotrophins and development I
140 Transplantation
141 Learning and memory III
142 Behavioural pharmacology I
143 Acetylcholine, cholinergic receptors II
144 GABA and its receptors III
145 Intracellular signalling III
146 Postsynaptic mechanisms III
147 Functional synaptic plasticity V
148 Excitotoxicity and cell death II
149 Apoptosis
150 Ischemia I
151 Alzheimer's II
152 Neuromuscular diseases
153 Drugs of abuse I
154 Anxiety disorders
155 Basal ganglia III
156 Spinal cord
157 Brain metabolism, transport and blood flow
158 Tactile/somatosensory processing II
159 Visual cortex and pathways V
160 Reproductive behaviour
171 Glial differentiation
172 Activity-dependent synaptic development and plasticity
173 Development of the limbic system
174 Learning and memory IV
175 Monoamines and behaviour
176 Excitatory amino acids and their receptors III
177 Neurotransmitters : gases (NO, CO)
178 G-protein linked receptors, other
179 Voltage-dependent ion channels III
180 Functional synaptic plasticity VI
181 Cytoskeleton
182 Glia
183 Pain IV
184 Audition I
185 Chemical senses II
186 Parkinson's III
187 Epilepsy II
188 Neuroimmunology II
189 Developmental disorders and oncology
190 Schizophrenia II
191 Drugs of abuse II
192 Stress III
193 Control of posture and movement
194 Pattern generation
205 Cell migration
206 Neurotrophins and development II
207 Development of the motor system
208 Regeneration
209 Learning and memory V
210 Attention II
211 Behavioural pharmacology II
212 Psychiatric disorders, other
213 Affective disorders II
214 Excitatory amino acids and their receptors IV
215 Serotonin and its receptors
216 Ligand-gated ion channels, other
217 Neurotransmitter transporters II
218 Intrinsic membrane properties
219 Multisensory pathways and processing
220 Audition II
221 Demyelinating disorders
222 Alzheimer's III
223 Epilepsy III
224 Ischemia II
225 Trauma
226 Neurotoxicity
227 Locomotion
228 Invertebrate motor and sensory systems
229 Muscle and motor unit