Matches in SemOpenAlex for { <https://semopenalex.org/work/W2964353311> ?p ?o ?g. }
- W2964353311 endingPage "968" @default.
- W2964353311 startingPage "944" @default.
- W2964353311 abstract "The circadian clock of the nocturnal Madeira cockroach is located in the accessory medulla, a small nonretinotopic neuropil in the brain’s visual system. The clock comprises about 240 neurons that control rhythms in physiology and behavior such as sleep-wake cycles. The clock neurons contain an abundant number of partly colocalized neuropeptides, among them pigment-dispersing factor (PDF), the insects’ most important circadian coupling signal that controls sleep-wake rhythms. We performed long-term loose-patch clamp recordings under 12:12-hr light-dark cycles in the cockroach clock in vivo. A wide range of timescales, from milliseconds to seconds, were found in spike and field potential patterns. We developed a framework of wavelet transform–based methods to detect these multiscale electrical events. We analyzed frequencies and patterns of events with interesting dynamic features, such as mixed-mode oscillations reminiscent of sharp-wave ripples. Oscillations in the beta/gamma frequency range (20–40 Hz) were observed to rise at dawn, when PDF is released, peaking just before the onset of locomotor activity of the nocturnal cockroach. We expect that in vivo electrophysiological recordings combined with neuropeptide/antagonist applications and behavioral analysis will determine whether specific patterns of electrical activity recorded in the network of the cockroach circadian clock are causally related to neuropeptide-dependent control of behavior." @default.
- W2964353311 created "2019-08-13" @default.
- W2964353311 creator A5028913379 @default.
- W2964353311 creator A5031145274 @default.
- W2964353311 creator A5054779878 @default.
- W2964353311 creator A5067934065 @default.
- W2964353311 creator A5068034730 @default.
- W2964353311 creator A5076762666 @default.
- W2964353311 creator A5077725230 @default.
- W2964353311 date "2019-01-01" @default.
- W2964353311 modified "2023-10-18" @default.
- W2964353311 title "Beyond spikes: Multiscale computational analysis of in vivo long-term recordings in the cockroach circadian clock" @default.
- W2964353311 cites W1504329435 @default.
- W2964353311 cites W1601641778 @default.
- W2964353311 cites W1770958704 @default.
- W2964353311 cites W1927501767 @default.
- W2964353311 cites W1964598134 @default.
- W2964353311 cites W1967066708 @default.
- W2964353311 cites W1972197632 @default.
- W2964353311 cites W1976211348 @default.
- W2964353311 cites W1978668587 @default.
- W2964353311 cites W1987485108 @default.
- W2964353311 cites W1992600348 @default.
- W2964353311 cites W1994218329 @default.
- W2964353311 cites W1997218457 @default.
- W2964353311 cites W1997374080 @default.
- W2964353311 cites W2004722606 @default.
- W2964353311 cites W2005558575 @default.
- W2964353311 cites W2007683864 @default.
- W2964353311 cites W2013093025 @default.
- W2964353311 cites W2021003718 @default.
- W2964353311 cites W2021417436 @default.
- W2964353311 cites W2022221239 @default.
- W2964353311 cites W2026431169 @default.
- W2964353311 cites W2027675657 @default.
- W2964353311 cites W2033695176 @default.
- W2964353311 cites W2034139177 @default.
- W2964353311 cites W2039820061 @default.
- W2964353311 cites W2041723692 @default.
- W2964353311 cites W2043772894 @default.
- W2964353311 cites W2048939758 @default.
- W2964353311 cites W2054655287 @default.
- W2964353311 cites W2055239052 @default.
- W2964353311 cites W2055646391 @default.
- W2964353311 cites W2056240302 @default.
- W2964353311 cites W2056645762 @default.
- W2964353311 cites W2058148593 @default.
- W2964353311 cites W2067393309 @default.
- W2964353311 cites W2074591242 @default.
- W2964353311 cites W2078024171 @default.
- W2964353311 cites W2080018957 @default.
- W2964353311 cites W2080271204 @default.
- W2964353311 cites W2087056242 @default.
- W2964353311 cites W2089422791 @default.
- W2964353311 cites W2089880505 @default.
- W2964353311 cites W2093457445 @default.
- W2964353311 cites W2095035319 @default.
- W2964353311 cites W2111177605 @default.
- W2964353311 cites W2114352872 @default.
- W2964353311 cites W2115933517 @default.
- W2964353311 cites W2118886586 @default.
- W2964353311 cites W2127345166 @default.
- W2964353311 cites W2129367932 @default.
- W2964353311 cites W2129889837 @default.
- W2964353311 cites W2134120396 @default.
- W2964353311 cites W2137044549 @default.
- W2964353311 cites W2142875089 @default.
- W2964353311 cites W2147889515 @default.
- W2964353311 cites W2153041353 @default.
- W2964353311 cites W2159721468 @default.
- W2964353311 cites W2162372638 @default.
- W2964353311 cites W2164070717 @default.
- W2964353311 cites W2166385084 @default.
- W2964353311 cites W2170414106 @default.
- W2964353311 cites W2171668474 @default.
- W2964353311 cites W2177707057 @default.
- W2964353311 cites W2190611327 @default.
- W2964353311 cites W2197913258 @default.
- W2964353311 cites W2400483279 @default.
- W2964353311 cites W2410332767 @default.
- W2964353311 cites W2507499671 @default.
- W2964353311 cites W2602063239 @default.
- W2964353311 cites W2758437798 @default.
- W2964353311 cites W2768215289 @default.
- W2964353311 cites W2791401201 @default.
- W2964353311 cites W2793746750 @default.
- W2964353311 cites W2807840790 @default.
- W2964353311 cites W2885780308 @default.
- W2964353311 cites W3125640770 @default.
- W2964353311 cites W4210556571 @default.
- W2964353311 doi "https://doi.org/10.1162/netn_a_00106" @default.
- W2964353311 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6777951" @default.
- W2964353311 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31637333" @default.
- W2964353311 hasPublicationYear "2019" @default.
- W2964353311 type Work @default.
- W2964353311 sameAs 2964353311 @default.
- W2964353311 citedByCount "5" @default.
- W2964353311 countsByYear W29643533112019 @default.