FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2148351310> ?p ?o ?g. }

• W2148351310 abstract "In the primate visual cortex, the phase of spikes relative to oscillations in the local field potential (LFP) in the gamma frequency range (30-80 Hz) can be shifted by stimulus features such as orientation and thus the phase may carry information about stimulus identity. According to the principle of communication through coherence (CTC), the relative LFP phase between the LFPs in the sending and receiving circuits affects the effectiveness of the transmission. CTC predicts that phase shifting can be used for stimulus selection. We review and investigate phase shifting in models of periodically driven single neurons and compare it with phase shifting in models of cortical networks. In a single neuron, as the driving current is increased, the spike phase varies systematically while the firing rate remains constant. In a network model of reciprocally connected excitatory (E) and inhibitory (I) cells phase shifting occurs in response to both injection of constant depolarizing currents and to brief pulses to I cells. These simple models provide an account for phase-shifting observed experimentally and suggest a mechanism for implementing CTC. We discuss how this hypothesis can be tested experimentally using optogenetic techniques." @default.
• W2148351310 created "2016-06-24" @default.
• W2148351310 creator A5015482433 @default.
• W2148351310 creator A5044141636 @default.
• W2148351310 date "2010-01-01" @default.
• W2148351310 modified "2023-10-14" @default.
• W2148351310 title "Mechanisms for Phase Shifting in Cortical Networks and their Role in Communication through Coherence" @default.
• W2148351310 cites W1501360999 @default.
• W2148351310 cites W1533198222 @default.
• W2148351310 cites W1582051163 @default.
• W2148351310 cites W1640940790 @default.
• W2148351310 cites W1867287134 @default.
• W2148351310 cites W1913473716 @default.
• W2148351310 cites W1921877271 @default.
• W2148351310 cites W1924056530 @default.
• W2148351310 cites W1972162459 @default.
• W2148351310 cites W1976433270 @default.
• W2148351310 cites W1977177901 @default.
• W2148351310 cites W1990321067 @default.
• W2148351310 cites W1992742482 @default.
• W2148351310 cites W1993465148 @default.
• W2148351310 cites W1997425699 @default.
• W2148351310 cites W1999653836 @default.
• W2148351310 cites W2008027377 @default.
• W2148351310 cites W2008240154 @default.
• W2148351310 cites W2009534332 @default.
• W2148351310 cites W2014148226 @default.
• W2148351310 cites W2017006646 @default.
• W2148351310 cites W2017444605 @default.
• W2148351310 cites W2025603247 @default.
• W2148351310 cites W2025687881 @default.
• W2148351310 cites W2029494788 @default.
• W2148351310 cites W2030002651 @default.
• W2148351310 cites W2032045351 @default.
• W2148351310 cites W2032776279 @default.
• W2148351310 cites W2046943246 @default.
• W2148351310 cites W2047347093 @default.
• W2148351310 cites W2050702978 @default.
• W2148351310 cites W2054229088 @default.
• W2148351310 cites W2055715294 @default.
• W2148351310 cites W2059366899 @default.
• W2148351310 cites W2060216292 @default.
• W2148351310 cites W2062048544 @default.
• W2148351310 cites W2077390090 @default.
• W2148351310 cites W2083547018 @default.
• W2148351310 cites W2087790185 @default.
• W2148351310 cites W2090159445 @default.
• W2148351310 cites W2090375041 @default.
• W2148351310 cites W2091134111 @default.
• W2148351310 cites W2099111195 @default.
• W2148351310 cites W2100860578 @default.
• W2148351310 cites W2104731571 @default.
• W2148351310 cites W2114802515 @default.
• W2148351310 cites W2117564327 @default.
• W2148351310 cites W2117731089 @default.
• W2148351310 cites W2118615399 @default.
• W2148351310 cites W2121391192 @default.
• W2148351310 cites W2125733184 @default.
• W2148351310 cites W2126020484 @default.
• W2148351310 cites W2126283076 @default.
• W2148351310 cites W2129217278 @default.
• W2148351310 cites W2130305130 @default.
• W2148351310 cites W2133125918 @default.
• W2148351310 cites W2133432548 @default.
• W2148351310 cites W2135561220 @default.
• W2148351310 cites W2139076245 @default.
• W2148351310 cites W2139935979 @default.
• W2148351310 cites W2143836515 @default.
• W2148351310 cites W2143994941 @default.
• W2148351310 cites W2149561999 @default.
• W2148351310 cites W2156537762 @default.
• W2148351310 cites W2157024373 @default.
• W2148351310 cites W2157084876 @default.
• W2148351310 cites W2157787057 @default.
• W2148351310 cites W2159982751 @default.
• W2148351310 cites W2160904011 @default.
• W2148351310 cites W2160996295 @default.
• W2148351310 cites W2166259071 @default.
• W2148351310 cites W2170295149 @default.
• W2148351310 cites W2170814877 @default.
• W2148351310 doi "https://doi.org/10.3389/fnhum.2010.00196" @default.
• W2148351310 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2987601" @default.
• W2148351310 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21103013" @default.
• W2148351310 hasPublicationYear "2010" @default.
• W2148351310 type Work @default.
• W2148351310 sameAs 2148351310 @default.
• W2148351310 citedByCount "86" @default.
• W2148351310 countsByYear W21483513102012 @default.
• W2148351310 countsByYear W21483513102013 @default.
• W2148351310 countsByYear W21483513102014 @default.
• W2148351310 countsByYear W21483513102015 @default.
• W2148351310 countsByYear W21483513102016 @default.
• W2148351310 countsByYear W21483513102017 @default.
• W2148351310 countsByYear W21483513102018 @default.
• W2148351310 countsByYear W21483513102019 @default.
• W2148351310 countsByYear W21483513102020 @default.
• W2148351310 countsByYear W21483513102021 @default.
• W2148351310 countsByYear W21483513102022 @default.
• W2148351310 countsByYear W21483513102023 @default.
• W2148351310 crossrefType "journal-article" @default.

• next