ZZ

Retina Studio

[ZZ @ZZ_RetinaStudio]

@yaksi_emre @teulerlab @MJY_Zimmermann This video was recorded shortly after sunset. It is already a bit dark.

[Wissenschaft.Kunst.BW @mwk__bw]

Das Tübinger Unternehmen #CureVac hat in aller Deutlichkeit klargemacht, dass seine Impfstoffe und Therapien der ganzen Welt zugänglich sein sollen und dass es sich nicht für einen nationalen Ego-Trip einspannen l��sst. Ich freue mich sehr über diese klare Ansage. #CoronaVirusDE

[https://neuromatch.social/@amchagas @Chagas_AM]

need many LEDs for stimulation and/or #optogenetics? @MJY_Zimmermann, @Philipp_Bartel, @neuroluci @NeuroFishh, Sinziana & I built LED Zappelin'. Up to 24 leds, microsec precision, all sync'ed w/ rec systems! Based on previous work from @teulerlab #openscience #opensourcehardware

[ZZ @ZZ_RetinaStudio]

Do you want to see the temporal structure of the inner retina at a single glance? Please have a look at our new method: https://t.co/HA3JhwkG1X
@klindt_david @teulerlab @kfrankelab @CellTypist @Chagas_AM

[Burgalossi Lab @ABurgalossi]

OPEN POSITIONS! We are looking for PhD & Postdoc. Spatial navigation and memory circuits -- optophysiology & single-cell stimulation. More info coming soon at https://t.co/eOqlJLmoM9 (please RT) @TueNeuroCampus

[Jasper Poort @jasper_poort]

1/8 Very happy to share our new paper on bioRxiv: Two distinct types of eye-head coupling in freely moving mice: Arne Meyer, John O'Keefe, Jasper Poort: https://t.co/nHOECpCjdH How do mice use head and eye movements to explore their environment? Thread below...

[Christian Puller @christianpuller.bsky.social @ChristianPuller]

Many thanks to Thomas, Timm, and all the others whom I got the chance to speak with in @teulerlab and @CellTypist’s lab! It was such a great pleasure, scientifically and personally!

[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

[https://neuromatch.social/@amchagas @Chagas_AM]

Oct 2nd: we've built spatial stimulators with arbitrary light wavelengths https://t.co/NF5AzwAb0A published @eLife
With @MJY_Zimmermann @ZZ_RetinaStudio @kfrankelab @teulerlab @NeuroFishh @Philipp_Bartel and others!
#openhardware #openhardwaremonth

[ZZ @ZZ_RetinaStudio]

@ajblake05 @kfrankelab @BalintZKacsoh @eLife @teulerlab @NeuroFishh @Chagas_AM Yes. It is very easy to do so. Just add a half-wave plate into the optical path that leaves the LCr, for example: in front of the LCr objective.

[Katrin Franke @kfrankelab]

Check out our new paper on a visual stimulator with flexible light sources suitable for UV-sensitive and tetrachromatic species, demonstrated for mice and zebrafish. Now published in @eLife - with @teulerlab @NeuroFishh @Chagas_AM & others
https://t.co/Z66yCBNuEW

[ZZ @ZZ_RetinaStudio]

Welcome to Tuebingen🎉