
José Moya Díaz
@josmoyadaz1
Neuroscientist. Neural circuits. Retina. Glutamate.
ID: 1033678079909146624
26-08-2018 11:30:33
287 Tweet
98 Followers
141 Following

The point of inhibition is to chisel out useful functions from excitatory circuits, right? Not always. Sometimes it may be there to “rescue” preexisting functions as evolution builds new circuits on top of old ones. Now out cell.com/cell-reports/f… Xinwei Wang Leon Lagnado &co



How do early visual processing influences visual-driven behaviour? Come and check our poster at #BNA2023 this Monday. PZ4_107. Together with Leon Lagnado and Patricio Simoes. Looking forward to meet you!


Thanks Paul Anastasiades and Bristol Neuroscience . It was really nice to meet all of you!



I'm really honoured to be awarded with the SussexNeuro postdoctoral prize 2023. Thanks to Sussex Neuroscience department, my supervisor Leon Lagnado and my lab folks for their support over these years.


A research and teaching position in Neuroscience is open at the University of Sussex. Great opportunity to join the SussexNeuro community. Please RT. jobs.ac.uk/job/DAO034/lec…

#PhD opportunity, funded by The Leverhulme Trust, in our lab University of Sussex. Investigating flow of information controlling visually-driven behaviours (and modulation of both). #Zebrafish, 2P microscopy. Brighton, UK. Enquiries v welcome . Please RT


Postdoc open in my lab at SussexNeuro in wonderful Brighton to investigate neural activity in mice during goal-directed whisker-guided behaviour. 2-photon imaging and/or computational analysis. DM, or email [email protected]



Neuroscience postdoc. Flow of information controlling visually-driven behavior. Fluorescent reporters//imaging/behaviour/modelling/zebrafish. Focus on synaptic coding + factors modulating visual circuits to impact behavior. Interested? tinyurl.com/32hfxx6z Zebrafish Rock!


The #retina, like other brain circuits, is under modulatory control. Patricio Simoes and José Moya Díaz show that "Substance P and dopamine form a “push-pull” system that diurnally regulates retinal gain". tinyurl.com/258vvkfj. Current Biology #zebrafish #neuroscience 👇1/



Thanks a lot. It was a pleasure to met you all Division of Neuroscience