In2PB proposes a highly competitive training-through-research programme dedicated to the study of neuronal intra and inter-areal communication in NHP brains.
Important milestone! The final two-day meeting of In2PrimateBrains project is underway.
Grateful for all the collaboration and hard work that brought us here!
Looking forward to insightful discussions and next steps! #MSCA#DoctoralNetworks#Research#Neuroscience
What makes the thalamus special?
🧠The thalamus, often referred to as the "gateway to consciousness," plays a crucial role in connecting our senses with other brain regions. Except for olfaction, it bridges sensory information to the cortex while also collecting feedback from it.
😴How does the thalamus function during sleep? In this part of our latest episode with Prof. Holtmaat @unige_en@NeuroGeneva, we discussed the vital functions of the thalamus and explored why olfactory processing could be an exception.
Watch our latest episode to learn more about this fascinating discussion: https://t.co/dNAqyO2FZ8
This podcast is supported by the International Max Planck Research School for Neurosciences in #Göttingen, the European Neuroscience Institute, as well as the Cluster of Excellence "Multiscale Bioimaging" in Göttingen (@MBExC_de).
#neuroscience #thalamus #science #podcast #sleep #olfaction
Check out this insightful interview by @ivania_trepo for EARA's Board24 event! 📹Discover the impact of openness in animal research: https://t.co/wk3cLWoH46 #AnimalResearch#MSCA
Different flavors of beta oscillation. @NougaretSimon @BjKilavik &co show that high & low beta rhythms co-reside in the #MotorCortex of macaques and have distinct, band-specific roles in movement control & spatio-temporal attention #PLOSBiology https://t.co/IxtdxZgGPZ
Come join us this afternoon at 2PM at #FENS2024 to check the poster 193 by @ValeZelenkova entitled “Time-shift dependent analysis of gamma phase coherence between macaque visual areas v1 and v4” #Research#MSCA#Neuroscience#PhD
Exciting news!🎉Congratulations to IN2PB ESR @lauralopezgaldo for the paper entitled "Low and high beta rhythms have different motor cortical sources and distinct roles in movement control and spatiotemporal attention" published in PLOS Biology journal https://t.co/vSfUOYeCie
Come at #FENS2O24 on Saturday 29th 9:30 AM to explore the poster 589 by @gupta_ree on “Integration of open-source solutions for comprehensive data and metadata management in a multi-lab collaboration��
Join us tomorrow at 2PM at #FENS2O24 to discover @ValeZelenkova poster 193, on “Time-shift dependent analysis of gamma phase coherence between macaque visual areas v1 and v4”
Excited to announce that two more IN2PB young researchers will be showcasing their research projects at #FENS2O24 this week! Don’t miss out poster 193 on Friday 28th by @ValeZelenkova and poster 589 by @gupta_ree on Saturday 29th!
Join us today at 2PM at #FENS2024 to explore the poster (109) by @ahmad85559 on "Assessment of adverse drug effects on cognitive function in cynomolgus macaques using an automated touchscreen-based cantab device"
Join us also tomorrow at 2PM! Posters by Laura López-Galdo (443) on "variability of spectro-laminar beta rythm patterns in macaque motor cortex" and by Georgios Bardanikas (446) on "evidence of dynamic top-down influences in the parieto-motor network during visuomotor behavior"
IN2PB ESRs are at #FENS2024 this week! Join us Wednesday 26th at 9:30 AM to discover the Poster 170 by Emile Caytan on "Neuronal Activity in Prefrontal cortex and visual area V4 Predict response speed and correct behavior in an attentional task through different mechanisms"
The lab will be at #FENS2024, to present spike and beta rhythm dynamics in motor cortex. Posters on Wednesday morning (596 by Laurie Mifsud) and afternoon (442 by @nandi8_nandi and 443 by @lauralopezgaldo). See also poster by @AitorMoraGre on Friday morning (095).
The problem with REM sleep for those who travel by plane - and can't afford business class, of course - is that during this period, in order to prevent the body from obeying the dream orders and enacting each one, the brain blocks all the motor neurons that command muscle contractions. The result is known as sleep paralysis
Keep reading: https://t.co/MEs6yo227M
For the first time, a brain implant has helped a bilingual person who is unable to articulate words to communicate in both of his languages https://t.co/6rftRaBQQJ