#Neuroscientist at Kavli Institute for Systems #Neuroscience. Wannabe #Neuroethologist. he/him
#Memory #Learning #Time #Space #Sleep #Olfaction #Dynamics #Circuits #AnimalBehavior #Ethology #Ecology
| Website | brkanter.com |
| Location | Trondheim, Norway |
#Neuroscientist at Kavli Institute for Systems #Neuroscience. Wannabe #Neuroethologist. he/him
#Memory #Learning #Time #Space #Sleep #Olfaction #Dynamics #Circuits #AnimalBehavior #Ethology #Ecology
| Website | brkanter.com |
| Location | Trondheim, Norway |
Snyder et al. report that hippocampal neurons in Egyptian fruit bats modulate their activity depending on the position and identity of human experimenters when bats are flying and encode experimenter position and identity when bats are stationary.
If you're at #FENS2024 come say hi tomorrow morning! (PS01-26AM-003)
We can chat about population drift in the entorhinal cortices and hippocampus during free exploration and sensory minimized conditions 😊🌻🐀
Remember to drop by my poster tomorrow morning! While you're there check out the 8 awesome posters surrounding me from the #Moser group.
PS01-26AM-005
#FENS2024 #Vienna
From: @beneuroscience
https://neuromatch.social/@beneuroscience/112636518886392943
How are events segmented and organized in time? And how might this impact our perception and memory? Check out our work here on how neural trajectories in the lateral entorhinal cortex inherently drift over time, but abruptly shift at event boundaries to discretize a continuous experience. https://www.biorxiv.org/content/10.1101/2024.06.17.599402v1 https://x.com/EdvardMoser/status/1802967173196808557 #Events #Time #Timing #Memory #Dynamics #Experience #Circuits #EntorhinalCortex #Hippocampus #AnimalBehavior #Preprint
I checked and it's not published. Turns out it was actually a study to validate the use of an automated sleep tracker and they wanted to compare to participant reports of perceived time slept. Could have made a whole timing study out of it!
The technique, which measures calcium currents as a proxy for neuronal firing, sometimes reports unusual and potentially misleading waves of activity in the hippocampus.
By @avaskham
Commentary of:
"Aberrant hippocampal Ca2+ micro-waves following synapsin-dependent adeno-associated viral expression of Ca2+ indicators" by Masala et al. 2024.