Marili Korympidou

Neuroscientist, PhD • Visual Neuroscience 👁 🔬

[Marili Korympidou @mkorympidou]

📢The last part of my PhD work, with Sarah Strauss, @AnnaIntegrated, @teulerlab, @kfrankelab, @CellTypist & Timm Schubert, is now out in @CellReports! 🎉

[Anna Vlasits @AnnaIntegrated]

Our paper "GABAergic amacrine cells balance biased chromatic information in the mouse retina" is now published in @CellReports https://t.co/5hpYpER51V

[Marili Korympidou @mkorympidou]

📢 The last part of my PhD work, with Sarah Strauss @AnnaIntegrated @teulerlab @kfrankelab @CellTypist & Timm Schubert, is now out as a preprint!🧠

[Anna Vlasits @AnnaIntegrated]

Excited to share our new preprint where we uncovered how inhibitory interneurons in the retina process color information in their dendrites.
A #tweetprint with authors @mkorympidou Sarah Strauss @TimmSchubert @kfrankelab @teulerlab @CellTypist
https://t.co/aG1Evmk2RB

[Tom Baden @NeuroFishh]

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 https://t.co/hU00riYzXS @XinweiWang1017 @neonsynapse &co

[Katrin Franke @kfrankelab]

You are looking for a PhD/postdoc position & are excited about this kind of work👇?

@sinzlab has an open position! Work together with @AToliasLab myself & a great team on using machine learning tools to better understand the visual system

DM if interested

Pls spread the word🙏

[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

[The Nobel Prize @NobelPrize]

BREAKING NEWS:
The 2022 #NobelPrize in Physiology or Medicine has been awarded to Svante Pääbo “for his discoveries concerning the genomes of extinct hominins and human evolution.”

[Katrin Franke @kfrankelab]

So excited this is out @Nature 🎉

Pupil dilation with internal brain state rapidly shifts neural feature/color selectivity in mouse visual cortex by switching between rod&cone photoreceptors👁️🧠

https://t.co/RBn6J1E6RM

Shared work with @KonstantinWille, @AToliasLab & @sinzlab

[Marili Korympidou @mkorympidou]

Excited to see our work published! 🎉

[Anna Vlasits @AnnaIntegrated]

Our article on motion sensing properties of bipolar cells in the retina is out in @NatureComms

First authors @mkorympidou and Sarah Strauss!
My first article as ✨senior author✨!
It's been an intellectual journey since the preprint stage, see 🧵!

https://t.co/E45bXxxq6O

[Katrin Franke @kfrankelab]

Congrats @StPierreLab et al. for the development of JEDI2P, a new voltage indicator for sustained and deep-tissue imaging published at @CellCellPress🎉happy to have contributed the retina-part to this great project /w @AnnaIntegrated/@mkorympidou. Try it out-available at Addgene!

[Saad Idrees @sidrees88]

Check out our new paper in @CommsBio detailing retinal mechanisms of saccadic suppression and sequential visual processing. Together with Thomas Münch, @FelixFranke7, @HafedLab, @kfrankelab, @MatthiasPhilip6, @mkorympidou, Timm Schubert and Alex Kling.

https://t.co/AY7N6Zqyir

[Tom Baden @NeuroFishh]

Congratulations @teulerlab & Jeff Diamond for winning this year’s Boycott prize at FASEB retinal neurobiology. So well deserved!! 🎉 🎈

[Marili Korympidou @mkorympidou]

@gonschorek_d @AnnaIntegrated @teulerlab Thank you @gonschorek_d! 🤗

[Marili Korympidou @mkorympidou]

Sarah and I are happy to present our work tomorrow evening!#cosyne2022

[Marili Korympidou @mkorympidou]

So excited to see our study on retinal horizontal cells published!🎉Beautiful & collaborative work that provides new insights into how horizontal cells simultaneously support feedback & feedforward signaling.

[Anna Vlasits @AnnaIntegrated]

I'm presenting a poster for #SfN21 on my work with @teulerlab @CellTypist @kfrankelab.

What is a center-surround receptive field for? Come find out how bipolar cells in the retina use their receptive fields to sense motion!

Today at 1PM CST, P454.01, Retinal Circuits 1

[Dr. Marla Feller @FellerMarla]

Hot of the new home-built macroscope. 3 minutes of retinal waves imaged over entire retina. (5x speed). Scope designed and built by incomparable Ben Smith, biology provided by ⁦@atiriac1⁩ and ⁦@MiahPitcher⁩. So much more to come!

[Katrin Franke @kfrankelab]

Thrilled to share our work @biorxiv_neursci

"Behavioral state tunes mouse vision to ethological features through pupil dilation"

https://t.co/slF8L4LTCF

We identify a new role of rapid pupil dilation with behavioral/brain state

/w @KonstantinWille @sinzlab @AToliasLab & 1/n👇

[Marili Korympidou @mkorympidou]

@AnnaIntegrated And we a lot from you! Keep up the great work 🔥💪💪🔥

[Marili Korympidou @mkorympidou]

... and to all the team for the excellent collaboration! w/@teulerlab @kfrankelab @CellTypist @NeuroFishh Timm & Yanli.

[Marili Korympidou @mkorympidou]

Excited about our new preprint! Some bipolar cell types are motion sensitive relying on their center-surround receptive fields. Deeply thankful to @AnnaIntegrated, my co-first-author Sarah Strauss .../

[Anna Vlasits @AnnaIntegrated]

New work with Sarah Strauss @mkorympidou Yanli Ran @kfrankelab Timm Schubert @NeuroFishh @CellTypist @teulerlab

Center-surround interactions underlie bipolar cell motion sensing in the mouse retina https://t.co/dKO7BBwZgd

Thread: bipolar cells are motion detectors!