The European Retina Meeting 2019

The European Retina Meeting brings together top specialists working in the field of visual neuroscience from all over the world every second year.

[Petri Ala-Laurila @AlaLaurilaLab]

RT: Finnish Center for Artificial Intelligence is hiring many PhD students and postdocs. Among others, check the outstanding position #19 interfacing AI & neuroscience including supervision by @simosarkka @AlaLaurilaLab @Lauri_Parkkonen @hovatta. @AaltoUniversity @helsinkiuni

[The European Retina Meeting 2019 @erm2019]

RT: Two PhD Positions are available in the field of visual neuroscience & chronobiology in the lab of Rob Lucas (Univ. of Manchester), co-supervised by Riccardo Storchi & Annette Allen. These positions are funded by #Horizon2020 Innovative Training Network (ITN) ‘LIGHTCAP’.

[Petri Ala-Laurila @AlaLaurilaLab]

RT: My Lab has two PhD positions available for a project linking retinal circuit function to behavior. These positions are part of #Horizon2020 training network ENTRAIN VISION (For more info: https://t.co/qrCMlyYaef #Neuroscience @AaltoUniversity
@helsinkiuni #Helsinki #Finland

[The European Retina Meeting 2019 @erm2019]

The ERM2019 was a great success! Scientific Communication Award was given today by Dean Jouko Lampinen (School of Science, Aalto University) to Petri Ala-Laurila (@AlaLaurilaLab) and Aarni Seppänen for organizing the conference.
#ERM2019 #Aalto @AaltoResearch @AaltoUniversity

[The European Retina Meeting 2019 @erm2019]

ERM2019 photos are out! Enjoy! https://t.co/rpEQLogQmt! Thanks for coming to the North #Helsinki #Finland @AlaLaurilaLab @teulerlab @AaltoUniversity @AaltoResearch

[The European Retina Meeting 2019 @erm2019]

Thank you all for a great #ERM2019 conference, we really loved it! Looking forward to #ERM2021 @teulerlab @uni_tue

[The European Retina Meeting 2019 @erm2019]

Yunmin Wu received the Young Investigator Award for the best poster of #ERM2019

[The European Retina Meeting 2019 @erm2019]

The Young Investigator Awards for the best oral presentations go to Norma Kühn and @StephaneDeny #ERM2019

[The European Retina Meeting 2019 @erm2019]

The final talk of #ERM2019 is given by @GregDField from @DukeU: “Meta-Mosaics of the Mammalian Retina”

[The European Retina Meeting 2019 @erm2019]

Talk by Jeffrey Diamond of @NIH about “A novel (primary?) rod pathway in the mouse retina” #ERM2019

[The European Retina Meeting 2019 @erm2019]

Josh Singer from @UofMaryland at #ERM2019 speaking about anatomical and physiological analysis of novel retinal circuits

[The European Retina Meeting 2019 @erm2019]

The last session of #ERM2019 starting off with the keynote talk by @teulerlab from @uni_tue: “Dendritic processing in mouse retinal ganglion cells”

[The European Retina Meeting 2019 @erm2019]

Norma Kühn from @KU_Leuven talks about “Local integration of retinal inputs in wide-field neurons of the superior colliculus” #ERM2019

[The European Retina Meeting 2019 @erm2019]

Maarten Kamermans from @NIN_knaw giving a talk titled “Nystagmus in patients with CSNB originates from synchronously firing retinal ganglion cells” #ERM2019

[The European Retina Meeting 2019 @erm2019]

Chinfei Chen from @Harvard talking about “Convergence of the Retinogeniculate Circuit” #ERM2019

[The European Retina Meeting 2019 @erm2019]

Welcome to the last day of #ERM2019! We are starting with Keynote by @herwig_baier from @mpiNeuro: “Gone hunting – Visuomotor circuits for prey capture behavior in zebrafish”.

[The European Retina Meeting 2019 @erm2019]

Wei Li from @NIH giving a talk about an essential optic role of mitochondria in cone photoreceptors

[The European Retina Meeting 2019 @erm2019]

Or Shemesh from @MIT at #ERM2019: “Cellular Resolution Brain Control and Readout”

[The European Retina Meeting 2019 @erm2019]

@RetinaGeek from @InstVisionParis giving a talk entitled “All-optical interrogation of a direction selective retinal circuit by holographic wave front shaping” #ERM2019

[The European Retina Meeting 2019 @erm2019]

Wei Wei from @UChicago at #ERM2019 telling us about a dynamic retinal circuit for context-dependent motion processing