
Victor Lobato Rios
@vlobatorios
Social behaviors, motor control, and simulation in Drosophila | PhD student at EPFL | Neuroengineering Laboratory
ID: 1279904264010244096
05-07-2020 22:25:57
90 Tweet
151 Followers
272 Following

EPFL scientists have developed a digital model of the fruit fly, Drosophila melanogaster, which realistically simulates the movements of the animal. EPFL Life Sciences EPFL Brain Mind Institute go.epfl.ch/e1700e





I'm excited to share our (me, Femke Hurtak,Sibo Wang-Chen @wangchen.bsky.social, Pavan Ramdya) latest work uncovering how networks of descending neurons transform command-like signals into population-based behavioral control. biorxiv.org/content/10.110… (1/n)

The Couzin-Fuchs lab is recruiting a PhD student/ PostDoc to join our research on the neural basis of social plasticity in swarm-forming locusts, with Centre for the Adv Study of Collective Behaviour, Neurobiology Konstanz, More details at: couzin-fuchs-lab.com/new-positions


If you are headed to Cold Spring Harbor Laboratory Neuronal Circuits this week, be sure to check out two exciting projects from the lab: First, on Thursday, Session 1, Poster 76 Matthias Durrieu will talk about object learning in flies

Second, on Saturday morning, Session 7, 9AM Victor Lobato Rios will talk about the neural mechanisms of learned sociability. He discovered that animals' default state toward one another is fear. They learn to suppress this fearful response through experience

Our study by Jonas Braun Femke Hurtak Sibo Wang-Chen @wangchen.bsky.social revealing that brain descending neurons form interconnected networks to coordinate motor control is now out in nature nature.com/articles/s4158… EPFL EPFL Life Sciences EPFL Brain Mind Institute NeurosciencePhD_EPFL EPFL Institute of Bioengineering

The lab of EPFL Brain Mind Institute professor Pavan Ramdya Pavan Ramdya reveal how the #Drosophila brain can transform relatively simple neuronal patterns into complex behavioral actions - actu.epfl.ch/news/fruit-fly…




Being raised alone makes flies afraid of one another! But exposure to other flies makes them become sociable. Victor Lobato Rios found and recorded specific learning circuits in the brain that regulate this transition. Read more in our new preprint: biorxiv.org/content/10.110…
