Emmalyn Leonard

neuro student, she/her :)

[Nature Neuroscience @NatureNeuro]

Recordings in visual cortex (V1) of mice and marmosets revealed neurons respond to gaze shifts in a sequence, such that new visual input is processed in a “coarse” to “fine” manner

@cosmousevision @dmmartins @emmalynleonard @cris_niell @judefmitchell

https://t.co/xCuE7YrQKS

[Cris Niell @cris_niell]

Very excited to share our new preprint on visual processing in the octopus! Led by Judit Pungor @traceofpink, together with @jsongco_ and @climbing_octo, we measured the functional organization of visual responses in the octopus brain. 🐙👁️
https://t.co/J99W57NoOl
1/n

[Emmalyn Leonard @EmmalynLeonard]

@neuroetho @CamilleTestard @SfNtweets @cris_niell @_janzimmermann_ @MichaelLouisPl1 Thanks Nacho! Awesome work as usual!

[Cris Niell @cris_niell]

New work on active vision! We find a temporal sequence of processing in V1 following gaze shifts in both mice and marmosets. Led by @cosmousevision @dmmartins @emmalynleonard in collaboration with @jcbyts and @judefmitchell. 1/n
https://t.co/Wxcb94kLYy

[Phil Parker @CosmouseVision]

Thrilled to be joining the Rutgers Dept of Psychology as an Assistant Prof of Behavioral and Systems Neuroscience on Sep 1st! Our lab will study the neural circuit basis of natural visual behaviors. Extremely humbled to be part of such an amazing group! @rutgers_psych @RutgersCCS

[Cris Niell @cris_niell]

The first preprint from our foray into the octopus visual system! 🐙🧠👁️
Led by @jsongco_ , in collaboration with @drzebrafish and @pastramimachine, we made a cell type map of the octopus optic lobe. 1/
https://t.co/YHPMaguxMb

[Nacho Sanguinetti🥸 @neuroetho]

Excited to see our paper on Unsupervised discovery of brain states in Hide and Seek out today on @CurrentBiology ! A massive exploration effort done by Bence Bagi @bagibence during his masters at @HumboldtUni in the @BrechtLab. That continued through years of pandemic.

[Cris Niell @cris_niell]

Happy to share a preprint on our latest work - measuring visual coding in freely moving mice! @elliott_abe and @CosmouseVision mapped receptive fields and demonstrated the impact of eye/head position. 1/n https://t.co/iWFrpRsZQx

[Phil Parker @CosmouseVision]

Check out our #SfN2021 poster from @cris_niell's lab! How are visual and self-motion signals integrated in primary visual cortex? Using ephys + miniature cameras + IMU we measured visual receptive fields and head/eye movement signals in V1 of freely moving mice [P467.04]