Matches in SemOpenAlex for { <https://semopenalex.org/work/W2156888897> ?p ?o ?g. }
- W2156888897 endingPage "882" @default.
- W2156888897 startingPage "871" @default.
- W2156888897 abstract "Brain systems communicate by means of neuronal oscillations at multiple temporal and spatial scales. In anesthetized rats, we find that neocortical slow oscillation engages neurons in prefrontal, somatosensory, entorhinal, and subicular cortices into synchronous transitions between UP and DOWN states, with a corresponding bimodal distribution of their membrane potential. The membrane potential of hippocampal granule cells and CA3 and CA1 pyramidal cells lacked bimodality, yet it was influenced by the slow oscillation in a region-specific manner. Furthermore, in both anesthetized and naturally sleeping rats, the cortical UP states resulted in increased activity of dentate and most CA1 neurons, as well as the highest probability of ripple events. Yet, the CA3-CA1 network could self-organize into gamma bursts and occasional ripples during the DOWN state. Thus, neo/paleocortical and hippocampal networks periodically reset, self-organize, and temporally coordinate their cell assemblies via the slow oscillation." @default.
- W2156888897 created "2016-06-24" @default.
- W2156888897 creator A5013744561 @default.
- W2156888897 creator A5018664615 @default.
- W2156888897 creator A5037307796 @default.
- W2156888897 creator A5043247282 @default.
- W2156888897 creator A5054090110 @default.
- W2156888897 creator A5067249920 @default.
- W2156888897 creator A5080804040 @default.
- W2156888897 date "2006-12-01" @default.
- W2156888897 modified "2023-10-17" @default.
- W2156888897 title "Integration and Segregation of Activity in Entorhinal-Hippocampal Subregions by Neocortical Slow Oscillations" @default.
- W2156888897 cites W1536357320 @default.
- W2156888897 cites W1612572634 @default.
- W2156888897 cites W1653233231 @default.
- W2156888897 cites W1676571406 @default.
- W2156888897 cites W1904639934 @default.
- W2156888897 cites W1916165364 @default.
- W2156888897 cites W1945424073 @default.
- W2156888897 cites W1955575446 @default.
- W2156888897 cites W1961476520 @default.
- W2156888897 cites W1966556305 @default.
- W2156888897 cites W1970792572 @default.
- W2156888897 cites W1978048708 @default.
- W2156888897 cites W1983628429 @default.
- W2156888897 cites W1986823100 @default.
- W2156888897 cites W1988697672 @default.
- W2156888897 cites W1989932452 @default.
- W2156888897 cites W1990627393 @default.
- W2156888897 cites W1993148254 @default.
- W2156888897 cites W2001150734 @default.
- W2156888897 cites W2003340791 @default.
- W2156888897 cites W2017909130 @default.
- W2156888897 cites W2020444030 @default.
- W2156888897 cites W2023924009 @default.
- W2156888897 cites W2024446380 @default.
- W2156888897 cites W2027501804 @default.
- W2156888897 cites W2028311911 @default.
- W2156888897 cites W2032773159 @default.
- W2156888897 cites W2034139177 @default.
- W2156888897 cites W2041359982 @default.
- W2156888897 cites W2047878442 @default.
- W2156888897 cites W2048397695 @default.
- W2156888897 cites W2060392742 @default.
- W2156888897 cites W2071290167 @default.
- W2156888897 cites W2071322539 @default.
- W2156888897 cites W2075162216 @default.
- W2156888897 cites W2076167286 @default.
- W2156888897 cites W2079150153 @default.
- W2156888897 cites W2081548183 @default.
- W2156888897 cites W2086523769 @default.
- W2156888897 cites W2088046534 @default.
- W2156888897 cites W2099512174 @default.
- W2156888897 cites W2114747787 @default.
- W2156888897 cites W2123831735 @default.
- W2156888897 cites W2126561217 @default.
- W2156888897 cites W2129217278 @default.
- W2156888897 cites W2133253913 @default.
- W2156888897 cites W2141468617 @default.
- W2156888897 cites W2141901128 @default.
- W2156888897 cites W2141954297 @default.
- W2156888897 cites W2142875089 @default.
- W2156888897 cites W2142925815 @default.
- W2156888897 cites W2143591162 @default.
- W2156888897 cites W2146493929 @default.
- W2156888897 cites W2158993411 @default.
- W2156888897 cites W2168814495 @default.
- W2156888897 cites W2212130443 @default.
- W2156888897 cites W3104833475 @default.
- W2156888897 cites W4295831928 @default.
- W2156888897 cites W4296162586 @default.
- W2156888897 doi "https://doi.org/10.1016/j.neuron.2006.10.023" @default.
- W2156888897 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17145507" @default.
- W2156888897 hasPublicationYear "2006" @default.
- W2156888897 type Work @default.
- W2156888897 sameAs 2156888897 @default.
- W2156888897 citedByCount "436" @default.
- W2156888897 countsByYear W21568888972012 @default.
- W2156888897 countsByYear W21568888972013 @default.
- W2156888897 countsByYear W21568888972014 @default.
- W2156888897 countsByYear W21568888972015 @default.
- W2156888897 countsByYear W21568888972016 @default.
- W2156888897 countsByYear W21568888972017 @default.
- W2156888897 countsByYear W21568888972018 @default.
- W2156888897 countsByYear W21568888972019 @default.
- W2156888897 countsByYear W21568888972020 @default.
- W2156888897 countsByYear W21568888972021 @default.
- W2156888897 countsByYear W21568888972022 @default.
- W2156888897 countsByYear W21568888972023 @default.
- W2156888897 crossrefType "journal-article" @default.
- W2156888897 hasAuthorship W2156888897A5013744561 @default.
- W2156888897 hasAuthorship W2156888897A5018664615 @default.
- W2156888897 hasAuthorship W2156888897A5037307796 @default.
- W2156888897 hasAuthorship W2156888897A5043247282 @default.
- W2156888897 hasAuthorship W2156888897A5054090110 @default.
- W2156888897 hasAuthorship W2156888897A5067249920 @default.
- W2156888897 hasAuthorship W2156888897A5080804040 @default.
- W2156888897 hasBestOaLocation W21568888971 @default.