1. To provide an overview of applications of neuroimaging techniques by a set of accessible talks to audience even with fresh background in neuroscience;
2. To forge networking and collaboration among participants from a wide range of neuroscience subdisciplines;
3. To promote the mission of Gerald Choa Neuroscience Institute (GCNI) to become a world-class environment for ground-breaking basic research on the nervous system.
Registration (Free of charge, deadline: 20 Oct 2024):
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Nov 2024GCNI Symposium 4-6 Nov 2024
Objectives of the symposium:
1. To provide an overview of applications of neuroimaging techniques by a set of accessible talks to audience even with fresh background in neuroscience;
2. To forge networking and collaboration among participants from a wide range of neuroscience subdisciplines;
3. To promote the mission of Gerald Choa Neuroscience Institute (GCNI) to become a world-class environment for ground-breaking basic research on the nervous system.
Registration (Free of charge, deadline: 20 Oct 2024):
Registration link
Tentative Schedule
Advanced neural decoding and modulation of human emotion and motivation
Forecasting Language Development from Neural Data: From Hypothesis Testing to Model Generalization
Illuminating causal links between neural circuit activity and behaviour
Imaging visuomotor transformations in the zebrafish brain
Hippocampal longitudinal circuit for contextual memory
Imaging limbic structures in awake animals to study learning and brain disorders
Spying on Neuromodulator Dynamics In Vivo by Constructing Multi-Color Genetically-Encoded Sensors
Voltage imaging using genetically encoded voltage indicators. From the past to the future
The Role of Microglia in Health and Disease
Identification and functional dissection of an understudied corticohippocampal circuit in spatial learning and memory
Selective modulation of fear memory in non-rapid eye movement sleep
Imaging stimulus-specific adaptation in auditory cortex
Hearing in an acoustically varied world
Early life influences on early cortical circuits