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11/ Finally, we imaged ebGABAs in vivo and found that these cells are among a minority of cells in the network that are activated by a variety of network states.pic.twitter.com/VSaYwbggKB
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10/ What about inhibition? Do ebGABAs show distinct inhibitory wiring? Indeed, we show that compared to random GABA cells they receive weak local inhibition (with very little inputs from PV+ neurons). Instead, they are mostly inhibited by long-range inputs from the medial septum.pic.twitter.com/gqG0JAqw8c
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9/ Mapping ebGABAs' inputs with electrical or optogenetic stimulations, we found that these cells, unlike random GABA cells, receive little excitation by extra-hippocampal inputs. Instead, they are mostly recruited by intra-hippocampal ones.pic.twitter.com/tHQ5koDJW7
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8/ EbGABAs' firing patterns ex vivo appear more similar to pyramidal cells than interneurons, with strong adaptation upon strong depolarizing inputs, mainly due to depolarization block.pic.twitter.com/UuA0BOfMIw
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7/ We then examined ebGABAs in adulthood. Using immunohistochemical analysis and reconstruction of biotin-filled cells, we found that ebGABAs aren’t canonical interneurons. They express markers of long-range projecting cell types that target different brain areas.pic.twitter.com/o3NxuTVkV8
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6/ First, we used large-scale calcium imaging in neonatal slices combined with stimulation ebGABAs using whole cell patch clamp. We found that stimulation of a single ebGABA (but not of random GABA cells) could modulate the network. Thus, ebGABAs exert a hub function even in CA1.pic.twitter.com/hKFPVXlBlL
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Our first patch clamp study on human cortical neurons is finally out in
@FrontNeurosci https://bit.ly/2VxmytU . Great collaboration between Somogyi and Capogna labs at Oxford Pharmacology Dept@OxNeuro and@dandrite, and clinicians at JR Hospital@OUHospitals and@NDCNOxford. 1/3pic.twitter.com/2ffMXgHrcp
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The rules of
#serotonin/glutamate cotransmission in the#amygdala https://goo.gl/X0SlPW . Thanks#JNeurosci for the editorial!@MRCBNDUpic.twitter.com/2SousF6JMe
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Now in final version: Sleep and serotonin modulate nitric oxide synthase expressing neurons of the amygdala http://bit.ly/2e1DELf
#eNeuropic.twitter.com/XjYw9dQO2W
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