Jonathan Shine

Data Scientist.

[Jonathan Shine @JonPShine]

Have a read of the latest @WolbersLab preprint examining global and local head direction reference frame coding in humans https://t.co/ko8GHHhcUe

[Jonathan Shine @JonPShine]

@NoraNewcombe Thanks, Nora!

[Jonathan Shine @JonPShine]

@DanJGale Nice work!

[Jonathan Shine @JonPShine]

Very much enjoyed the fantastic talk by @NauMatt in the @WolbersLab lab meeting today! Thanks again!

[Jonathan Shine @JonPShine]

@MatStangl @nature @SuthanaLab @urostop Congratulations, Matthias! Very exciting work.

[Matthias Stangl @MatStangl]

I'm thrilled to announce our new paper in @nature. We show how human deep brain oscillations are modulated by another person's location in a social setting.

https://t.co/gLG9mA9yQY

A huge THANK YOU to everyone involved, especially @SuthanaLab & @urostop

[Short thread below]

[Matthias Nau @NauMatt]

Want to do #eyetracking in #fMRI without eye tracker? Check out our #preprint!

@CYHSM & I developed #DeepMReye, a #DeepLearning framework to decode gaze position from the MR-signal of the eyeballs. No camera needed! w/@doellerlab
https://t.co/AuA3kXnm4O

Thread below! 👇

[Jonathan Shine @JonPShine]

@T_N_Schroeder @KISNeuro @NTNU Congratulations!

[DoellerLab @doellerlab]

Out in @eLife: Entorhinal-retrosplenial circuits for allocentric-egocentric transformation of boundary coding https://t.co/UXttxAixEI

[bioRxiv Neuroscience @biorxiv_neursci]

Scene wheels: Measuring perception and memory of real-world scenes with a continuous stimulus space https://t.co/iit6ra3pKa #biorxiv_neursci

[DoellerLab @doellerlab]

A computational grid-to-place-cell transformation model indicates a synaptic driver of place cell impairment in early-stage Alzheimer’s Disease https://t.co/3GwAIWFPEm

[Jaan Aru @jaaanaru]

Alternating prospective and retrospective evaluation in hippocampus.

Spatial representation in the place cell network oscillates between forward and backward sweeps within each theta oscillation.

By Wang, Foster & Pfeiffer out now in
@ScienceMagazine
https://t.co/jGd29gSOlN

[Shachar Maidenbaum 💔 @MaidenbaumSh]

#inav2020 was awesome!
Why wait for 2022 for the next one? let's have another virtual one on summer 2021!

[DoellerLab @doellerlab]

Spatial representations in macaque hippocampal formation. New #preprint shows complex spatial codes in #hippocampus of freely moving macaques
https://t.co/BX6PGASZEv

[Pierre-Yves @PierreY83952112]

Our new team paper is online!!!
We looked at effects of medial entorhinal cortex lesions on place cell properties when environmental cues were progressively removed. Thanks @CNRS @CNRS_dr12 @univamu @LNC_Space_team
https://t.co/ykPCwP4e01

[Rosanna Olsen @rosanna_olsen]

More useful information about how to visualize the hippocampal subfields using in vivo MRI! We talk about what features are used to visualize the layers, as well as currently used MRI sequences (voxel resolution, sequence type, and scanner strength)

[Mariam Aly @mariam_s_aly]

How do the brain's maps update when a familiar environment is distorted?

@atkeinath & @epstein_lab show that remembered locations are anchored to the most recently experienced boundary

https://t.co/K6cJzLhh9N

[bioRxiv Neuroscience @biorxiv_neursci]

Stable 3D Head Direction Signals in the Primary Visual Cortex https://t.co/kKmuaPdMJ6 #biorxiv_neursci

[Mariam Aly @mariam_s_aly]

The hippocampus (HPC)) & anterior thalamus (AT) are both critical for spatial memory, but what is the nature of their functional interaction?

Disrupting information flow from HPC to AT, or vice versa, produces memory impairments.

https://t.co/ATA37OMlYR

[Caroline Robertson @RobertsonNeuro]

What guides our attention during active vision in 360° degree scenes? Check out @AJ_Haskins's new paper using eyetracking + immersive VR w @jshoonm and @tommy_botch!
https://t.co/ewPQju2fdI