Robin Broersen
@robinbro.bsky.social
Neuroscientist 🧠🔬: superior colliculus, visual processing and cerebellum @ Erasmus MC | in vivo patch clamp enthusiast | 🇳🇱
https://neuro.nl/person/Robin-Broersen
https://neuro.nl/person/Robin-Broersen
📢New paper alert: "Binocular processing facilitates escape behavior through multiple pathways to the superior colliculus" is now published in Current Biology: authors.elsevier.com/c/1keMC3QW8S... (1/7)
#Neuroscience #VisionResearch #SurvivalMechanisms #BinocularVision #SuperiorColliculus
#Neuroscience #VisionResearch #SurvivalMechanisms #BinocularVision #SuperiorColliculus
February 21, 2025 at 12:08 PM
📢New paper alert: "Binocular processing facilitates escape behavior through multiple pathways to the superior colliculus" is now published in Current Biology: authors.elsevier.com/c/1keMC3QW8S... (1/7)
#Neuroscience #VisionResearch #SurvivalMechanisms #BinocularVision #SuperiorColliculus
#Neuroscience #VisionResearch #SurvivalMechanisms #BinocularVision #SuperiorColliculus
Reposted by Robin Broersen
Scientists have discovered how to attach bioluminescence to a key piece of cellular machinery.
In today's episode, how “RNA lanterns” could help us understand how viruses and memories work.
Listen here🎧:
https://buff.ly/4aSeV8I
In today's episode, how “RNA lanterns” could help us understand how viruses and memories work.
Listen here🎧:
https://buff.ly/4aSeV8I
February 6, 2025 at 10:15 PM
Scientists have discovered how to attach bioluminescence to a key piece of cellular machinery.
In today's episode, how “RNA lanterns” could help us understand how viruses and memories work.
Listen here🎧:
https://buff.ly/4aSeV8I
In today's episode, how “RNA lanterns” could help us understand how viruses and memories work.
Listen here🎧:
https://buff.ly/4aSeV8I