Disterhoft Lab

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Disterhoft Lab

Disterhoft Lab

@DisterhoftLab

Disterhoft Lab at @NorthwesternU / hippocampus, learning, memory, aging. in vivo and in vitro.

Chicago, IL Присоединился Aralık 2019
218 Подписки299 Подписчики
Disterhoft Lab
Disterhoft Lab@DisterhoftLab·
we made it!!!
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(((Dr Hannah Wirtshafter))) 🔬
(((Dr Hannah Wirtshafter))) 🔬@AheadOfTheNerve·
Ignoring whether impact factors are meaningful or not, when the proposed changes take place, eLife's impact factor will:
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Disterhoft Lab
Disterhoft Lab@DisterhoftLab·
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! careers.northwestern.edu/psc/hr857prd_e…
Disterhoft Lab tweet media
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(((Dr Hannah Wirtshafter))) 🔬
(((Dr Hannah Wirtshafter))) 🔬@AheadOfTheNerve·
what journal have you had the BEST experience submitting to? the worst? feel free to PM me your answer and i'll compile them. pls RT!
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(((Dr Hannah Wirtshafter))) 🔬
(((Dr Hannah Wirtshafter))) 🔬@AheadOfTheNerve·
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: jove.com/methods-collec… Pls RT :)
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Pavel_Prosselkov
Pavel_Prosselkov@PavelProsselkov·
"...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" biorxiv.org/content/10.110…
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Mark Brandon, PhD.
Mark Brandon, PhD.@markbrandonlab·
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: nature.com/articles/s4146… Our preprint thread below!👇
Mark Brandon, PhD.@markbrandonlab

Thread for our long overdue preprint from the lab: using in-vivo electrophysiology, we recorded spatially-tuned neurons in the medial entorhinal cortex and region CA1 of the hippocampus in an amyloid mouse model of Alzheimer’s disease! biorxiv.org/content/10.110…

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