woo my newest article is ready to read: "Place cells are nonrandomly clustered by field location in CA1 hippocampus". This was an interesting submission process bc 1/2 the journals said TOO NOVEL 4 US & 1/2 said NOT NOVEL ENOUGH :-p. #tweeprint below --> https://t.co/xUoEYkdsnZ
our lab is hiring a new postdoc! interested in learning/memory, Ca2+ imaging, aging, HPC, opto, etc?? come work with us in Chicago overlooking the lake! Previous experience with opto a bonus! To see listing click link and search Disterhoft. PLEASE RT! https://t.co/EMWaeXRk5F
our lab is hiring a new postdoc! interested in learning/memory, Ca2+ imaging, aging, HPC, opto, etc?? come work with us in Chicago overlooking the lake! Previous experience with opto a bonus! To see listing click link and search Disterhoft. PLEASE RT! https://t.co/EMWaeXRk5F
my postdoc lab @DisterhoftLab is hiring a new postdoc! interested in learning/memory, Ca2+ imaging, aging, HPC, opto, etc?? come work with us in the best city in the USA (FIGHT ME)! To see listing click link and search disterhoft. PLEASE RT! https://t.co/3iM429tMcB #NeuroTwitter
my postdoc lab @DisterhoftLab is hiring a new postdoc! interested in learning/memory, Ca2+ imaging, aging, HPC, opto, etc?? come work with us in the best city in the USA (FIGHT ME)! To see listing click link and search disterhoft. PLEASE RT! https://t.co/3iM429tMcB #NeuroTwitter
my postdoc lab, @DisterhoftLab, is hiring a new postdoc! interested in learning/memory, Ca2+ imaging, aging, HPC and associated cortical regions?? come work with us in the best city in the USA! To see listing click link and search disterhoft. Please RT!
https://t.co/3iM429tMcB
#JNeurosci: @aheadofthenerve & Disterhoft @NUFeinbergMed present 1st in vivo Ca2+ recording from CA1 hippocampus in free moving rats & demonstrate that place cells enable accurate decoding & can be held stably over days with little change in field location
https://t.co/S2wvF4ekbZ
#JNeurosci: @aheadofthenerve & Disterhoft @NUFeinbergMed present 1st in vivo Ca2+ recording from CA1 hippocampus in free moving rats & demonstrate that place cells enable accurate decoding & can be held stably over days with little change in field location
https://t.co/TT4C8iya7c
My newest accepted article "In Vivo Multi-Day Calcium Imaging of CA1 Hippocampus in Freely Moving Rats Reveals a High Preponderance of Place Cells with Consistent Place Fields" just got posted on
@SfNJournals ! #tweeprint below! https://t.co/68Zz7Sil8Q
Hi friends! I am guest editing a methods collection for @JoVEJournal on techniques to study spatial navigation! Looking for abstract submissions-- any techniques (molecular, cellular, systems, BEHAVIORAL!) accepted!! Read more and submit here: https://t.co/2AELpJixMS Pls RT :)
"...although cells with similar place fields tend to form clusters, there is no obvious topographic mapping of environmental location onto the hippocampus, such as seen in the visual cortex" https://t.co/C9YKJoK09g
What what I wrote a new paper and it's my favorite paper I've ever written: "Place cells are non-randomly clustered by field location in CA1 hippocampus."
#tweeprint below -->
https://t.co/gHGHLcZZTT
What what I wrote a new paper and it's my favorite paper I've ever written: "Place cells are non-randomly clustered by field location in CA1 hippocampus."
#tweeprint below -->
https://t.co/gHGHLcZZTT
New paper! We provide an important clue into the neuronal basis that underlies spatial memory deficits commonly reported in the earliest stages of Alzheimer's disease.
Spoiler alert... grid cells!
Article here:
https://t.co/GCQHzP3QNw
Our preprint thread below!👇