No difference in NRe-EPSC between Chronos and Chrimson, in CGE-derived neurogliaform cells in CA1.

No difference in NRe-EPSC between Chronos and Chrimson, in CGE-derived neurogliaform cells in CA1.

<p><b>A</b>, representative image of Chronos-GFP NRe fibers (green) in a <i>Htr3a</i>-GFP mouse. <b>B</b>, representative image of Chrimson-TdTom NRe fibers (red) in a <i>Htr3a</i>-GFP mouse. <b>C</b>, representative traces for NRe-EP...

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Bibliographic Details
Main Author:	Lilya Andrianova (22421603) (author)
Other Authors:	Paul J. Banks (21834275) (author), Clair A. Booth (21995837) (author), Erica S. Brady (22421606) (author), Gabriella Margetts-Smith (16037438) (author), Shivali Kohli (22421609) (author), Jonathan Cavanagh (125077) (author), Zafar I. Bashir (21834287) (author), Chris J. McBain (11431255) (author), Michael T. Craig (3626468) (author)
Published:	2025
Subjects:	Biophysics Cell Biology Molecular Biology Neuroscience Physiology Science Policy Mental Health Biological Sciences not elsewhere classified midline thalamic input ex vivo </ disrupted communication within midline thalamic nucleus ca1 receive input supporting cognitive functions div >< p alongside monosynaptic circuit hippocampal pyramidal cells pyramidal cells nucleus reuniens hippocampal activity ca1 region working memory systems neuroscience synaptic level studied circuit regions together regions targeted poorly defined major target magnitude weaker key feature hpc ), held assumptions gabaergic interneurons entorhinal cortices direct projections accepted model
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