Matches in SemOpenAlex for { <https://semopenalex.org/work/W2155032464> ?p ?o ?g. }
- W2155032464 endingPage "20120518" @default.
- W2155032464 startingPage "20120518" @default.
- W2155032464 abstract "The behaviour-contingent rhythmic synchronization of neuronal activity is reported by local field potential oscillations in the theta, gamma and sharp wave-related ripple (SWR) frequency ranges. In the hippocampus, pyramidal cell assemblies representing temporal sequences are coordinated by GABAergic interneurons selectively innervating specific postsynaptic domains, and discharging phase locked to network oscillations. We compare the cellular network dynamics in the CA1 and CA3 areas recorded with or without anaesthesia. All parts of pyramidal cells, except the axon initial segment, receive GABA from multiple interneuron types, each with distinct firing dynamics. The axon initial segment is exclusively innervated by axo-axonic cells, preferentially firing after the peak of the pyramidal layer theta cycle, when pyramidal cells are least active. Axo-axonic cells are inhibited during SWRs, when many pyramidal cells fire synchronously. This dual inverse correlation demonstrates the key inhibitory role of axo-axonic cells. Parvalbumin-expressing basket cells fire phase locked to field gamma activity in both CA1 and CA3, and also strongly increase firing during SWRs, together with dendrite-innervating bistratified cells, phasing pyramidal cell discharge. Subcellular domain-specific GABAergic innervation probably developed for the coordination of multiple glutamatergic inputs on different parts of pyramidal cells through the temporally distinct activity of GABAergic interneurons, which differentially change their firing during different network states." @default.
- W2155032464 created "2016-06-24" @default.
- W2155032464 creator A5011891960 @default.
- W2155032464 creator A5013959474 @default.
- W2155032464 creator A5047879840 @default.
- W2155032464 creator A5085974313 @default.
- W2155032464 creator A5089508094 @default.
- W2155032464 date "2014-02-05" @default.
- W2155032464 modified "2023-10-16" @default.
- W2155032464 title "Temporal redistribution of inhibition over neuronal subcellular domains underlies state-dependent rhythmic change of excitability in the hippocampus" @default.
- W2155032464 cites W1568625389 @default.
- W2155032464 cites W1569654063 @default.
- W2155032464 cites W1580901834 @default.
- W2155032464 cites W1592286181 @default.
- W2155032464 cites W1653233231 @default.
- W2155032464 cites W1877248968 @default.
- W2155032464 cites W1926219845 @default.
- W2155032464 cites W1930583333 @default.
- W2155032464 cites W1955575446 @default.
- W2155032464 cites W1966067699 @default.
- W2155032464 cites W1967075253 @default.
- W2155032464 cites W1967456522 @default.
- W2155032464 cites W1969769253 @default.
- W2155032464 cites W1970542265 @default.
- W2155032464 cites W1970792572 @default.
- W2155032464 cites W1973275441 @default.
- W2155032464 cites W1973967768 @default.
- W2155032464 cites W1975958074 @default.
- W2155032464 cites W1976070765 @default.
- W2155032464 cites W1977366115 @default.
- W2155032464 cites W1977793635 @default.
- W2155032464 cites W1981737644 @default.
- W2155032464 cites W1983372683 @default.
- W2155032464 cites W1983967034 @default.
- W2155032464 cites W1987274984 @default.
- W2155032464 cites W1988399537 @default.
- W2155032464 cites W1989155012 @default.
- W2155032464 cites W1989782443 @default.
- W2155032464 cites W1990627393 @default.
- W2155032464 cites W1998581719 @default.
- W2155032464 cites W2000775105 @default.
- W2155032464 cites W2008027377 @default.
- W2155032464 cites W2009074192 @default.
- W2155032464 cites W2011081767 @default.
- W2155032464 cites W2012147706 @default.
- W2155032464 cites W2017169966 @default.
- W2155032464 cites W2019035443 @default.
- W2155032464 cites W2020272049 @default.
- W2155032464 cites W2020832630 @default.
- W2155032464 cites W2022864922 @default.
- W2155032464 cites W2029113104 @default.
- W2155032464 cites W2029611263 @default.
- W2155032464 cites W2030119843 @default.
- W2155032464 cites W2037343688 @default.
- W2155032464 cites W2038127357 @default.
- W2155032464 cites W2039338324 @default.
- W2155032464 cites W2041800086 @default.
- W2155032464 cites W2043703146 @default.
- W2155032464 cites W2043863627 @default.
- W2155032464 cites W2044215073 @default.
- W2155032464 cites W2045595943 @default.
- W2155032464 cites W2045683730 @default.
- W2155032464 cites W2046987765 @default.
- W2155032464 cites W2047450158 @default.
- W2155032464 cites W2047553845 @default.
- W2155032464 cites W2047750300 @default.
- W2155032464 cites W2050080293 @default.
- W2155032464 cites W2052170508 @default.
- W2155032464 cites W2052191318 @default.
- W2155032464 cites W2052515926 @default.
- W2155032464 cites W2057002584 @default.
- W2155032464 cites W2057410629 @default.
- W2155032464 cites W2060589548 @default.
- W2155032464 cites W2066081427 @default.
- W2155032464 cites W2068374727 @default.
- W2155032464 cites W2071290167 @default.
- W2155032464 cites W2073213998 @default.
- W2155032464 cites W2077544618 @default.
- W2155032464 cites W2081412504 @default.
- W2155032464 cites W2083547018 @default.
- W2155032464 cites W2084588382 @default.
- W2155032464 cites W2085256822 @default.
- W2155032464 cites W2088081549 @default.
- W2155032464 cites W2089485366 @default.
- W2155032464 cites W2089882880 @default.
- W2155032464 cites W2091980908 @default.
- W2155032464 cites W2092414052 @default.
- W2155032464 cites W2099512174 @default.
- W2155032464 cites W2100055650 @default.
- W2155032464 cites W2100058016 @default.
- W2155032464 cites W2102172922 @default.
- W2155032464 cites W2103322364 @default.
- W2155032464 cites W2105148858 @default.
- W2155032464 cites W2110922764 @default.
- W2155032464 cites W2115107366 @default.
- W2155032464 cites W2116161842 @default.
- W2155032464 cites W2119565218 @default.
- W2155032464 cites W2125737923 @default.