Welcome to the Lab of M.J. Chacron.
Our goal is to understand how sensory information is processed within the brain to give rise to behavioural responses.
#SelfMotion is detected by #vestibular end organs but how do neural populations represent this info? @CompSystNeuroL shows that neurons in early vestibular pathways are adapted to stats of natural self-motion stimuli at the population level #PLOSBiology https://t.co/OPpEOrN4Wh
Interested in how feedback impacts on response heterogeneity? Check out our latest work published @iScience_CP :
Descending pathways increase sensory neural response heterogeneity to facilitate decoding and behavior
Check out our latest manuscript on population coding. Spatially dependent correlations and heterogeneity help improve information transmission!
@PLOSCompBiol@mcgillu@McGillPhysioloG#neuroscience#Brain
https://t.co/zp5WI2SjTY
After have presented our work at https://t.co/tqjfJ9F4Vs in April...
We will be presenting at NEUROSCIENCES IN SPACE: A FENS OFFICIAL SATELLITE EVENT in Paris in July. Come join us https://t.co/B1USfh34VH
Vestibular afferents unambiguously convey information about passive and active self-motion in a context-independent manner
https://t.co/CMCABAjgHQ
@TheCullenLab@jcarriot