We're recruiting a lab technician at the University of Tübingen for our neurobio research group. It is an E9b position (TV-L, 100%) supporting our zebrafish animal facility and our mol-bio lab. uni-tuebingen.de/universitae…
Ari Arrenberg's Lab retweeted
#Zebrafish living in the wild look down to self-stabilise themselves when swimming against a current. Fresh work in @CurrentBiology published by Emma Alexander, @todthiele @ArrenbergLab and colleagues. doi.org/10.1016/j.cub.2022.1…
Ari Arrenberg's Lab retweeted
Just as you might look down at the sidewalk as you walk, fish look downward when they swim, according to a new computational study led by @northwesterncs' Emma Alexander. bit.ly/3DSFGeb
Ari Arrenberg's Lab retweeted
Registration is now open for #NeNa2022 from October 10-12 in Bad Urach! Follow this link to register: nenaconference.wordpress.com…
#Phd #Doktorand #Neuroscience #Tuebingen
Ari Arrenberg's Lab retweeted
We are recruiting technicians/graduate students/and postdocs interested in studying genetic regulation of sleep and brain evolution in fly and/or fish models. DM or email me if you would like to talk about ongoing projects in the lab and opportunities!
Please retweet!
Yue's paper on receptive fields for optic flow processing is available online now at Current Biology: authors.elsevier.com/a/1f398…
Ari Arrenberg's Lab retweeted
Super excited for twitterless Yue Zhang @ArrenbergLab for publishing this tour de force paper on optic flow detection and decomposition. In this paper Yue goes from neural data to modelling, which he is then successfully testing ! biorxiv.org/content/10.1101/…
How does the brain process optic flow to estimate self-motion? New preprint by Yue Zhang from @ArrenbergLab available at bioRxiv.
biorxiv.org/content/10.1101/…
Ari Arrenberg's Lab retweeted
NEW #research from Arristides Arrenberg and colleagues at @uni_tue: Functional architecture underlying #binocular coordination of eye position and velocity in the larval #zebrafish #hindbrain
Read more here: bit.ly/37x8MNl
Come take a virtual tour of the lab! Now live on our new website arrenberg-lab.de/labor/ CL
Thanks @NeuroFishh for a great summary of our latest paper, and first ever preprint, by Kun Wang and @_julianhinz
Awesome paper from @ArrenbergLab shows that motion circuits in larval zebrafish have different receptive field properties in different parts of visual space. Bootiful reminder that the visual world is asymmetric, and the fish know it! #warpedretina
Ari Arrenberg's Lab retweeted
Parallel channels for motion feature extraction in the pretectum and tectum of larval zebrafish biorxiv.org/cgi/content/shor… #biorxiv_neursci
Check out our new paper: "High throughput, rapid receptive field estimation for global motion sensitive neurons using a contiguous motion noise stimulus" by Yue Zhang sciencedirect.com/science/ar…
Ari Arrenberg's Lab retweeted
The symposium “Mystery of the Brain”, organized in honor of Prof. Nikos K. Logothetis, will be held from 16 to 19 September, 2019 at Neue Aula, Tübingen, Germany. 32 world-leading scientists will give a keynote. Free registration is now open!
brainmystery.kyb.mpg.de
Ari Arrenberg's Lab retweeted
Preprint of my paper on zebrafish prey capture available on biorxiv now #zebrafish #ethology
Temporal organization of #zebrafish prey capture. @Duncan_Mearns and colleagues from the Baier lab analyze tail and jaw movements during hunting and identify a chain of visual stimuli that drive predictable behavioral sequences. biorxiv.org/content/10.1101/…
@herwig_baier
Exciting new paper from the Damon Clarks lab: A flexible geometry for panoramic visual and optogenetic stimulation during behavior and physiology. ncbi.nlm.nih.gov/pubmed/3110…
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Ari Arrenberg's Lab retweeted
What brain circuits keep an animal ‘on task’ so that it can accomplish a goal? Our paper bit.ly/2HuD9Z8 shows that the nucleus isthmi is required for zebrafish to sustain prey pursuit and capture their next meal. Congratulations to @NotHenriquez!
Ari Arrenberg's Lab retweeted
Ksenia Yashina from Herwig Baier’s lab and LMU colleagues show that #zebrafish form a spatial memory of their environment based on visual cues and geometric relationships. biorxiv.org/content/10.1101/…
@KseniaYashina, #memory
Ari Arrenberg's Lab retweeted
The visual cell types [in mouse SC] that help an animal capture prey
In the video below they have inactivated one class which makes it REALLY HARD for the mouse to follow and find a cricket
biorxiv.org/content/biorxiv/…