Matches in SemOpenAlex for { <https://semopenalex.org/work/W3153272013> ?p ?o ?g. }
- W3153272013 endingPage "972" @default.
- W3153272013 startingPage "959" @default.
- W3153272013 abstract "Abstract Fiber photometry is a recently-developed method that indirectly measures neural activity by monitoring Ca 2+ signals in genetically-identified neuronal populations. Although fiber photometry is widely used in neuroscience research, the relationship between the recorded Ca 2+ signals and direct electrophysiological measurements of neural activity remains elusive. Here, we simultaneously recorded odor-evoked Ca 2+ and electrophysiological signals [single-unit spikes and local field potentials (LFPs)] from mitral/tufted cells in the olfactory bulb of awake, head-fixed mice. Odors evoked responses in all types of signal but the response characteristics (e.g., type of response and time course) differed. The Ca 2+ signal was correlated most closely with power in the β-band of the LFP. The Ca 2+ signal performed slightly better at odor classification than high-γ oscillations, worse than single-unit spikes, and similarly to β oscillations. These results provide new information to help researchers select an appropriate method for monitoring neural activity under specific conditions." @default.
- W3153272013 created "2021-04-26" @default.
- W3153272013 creator A5002217795 @default.
- W3153272013 creator A5008601105 @default.
- W3153272013 creator A5017229676 @default.
- W3153272013 creator A5017682835 @default.
- W3153272013 creator A5064501573 @default.
- W3153272013 creator A5089603367 @default.
- W3153272013 date "2021-04-15" @default.
- W3153272013 modified "2023-10-13" @default.
- W3153272013 title "Distinct Characteristics of Odor-evoked Calcium and Electrophysiological Signals in Mitral/Tufted Cells in the Mouse Olfactory Bulb" @default.
- W3153272013 cites W1806592590 @default.
- W3153272013 cites W1968852057 @default.
- W3153272013 cites W1968880709 @default.
- W3153272013 cites W1973275441 @default.
- W3153272013 cites W1976132796 @default.
- W3153272013 cites W1976665194 @default.
- W3153272013 cites W1986930106 @default.
- W3153272013 cites W1988720642 @default.
- W3153272013 cites W1998274485 @default.
- W3153272013 cites W1998930461 @default.
- W3153272013 cites W2001658190 @default.
- W3153272013 cites W2002648956 @default.
- W3153272013 cites W2017675745 @default.
- W3153272013 cites W2033395407 @default.
- W3153272013 cites W2041057250 @default.
- W3153272013 cites W2053344514 @default.
- W3153272013 cites W2055718452 @default.
- W3153272013 cites W2092446086 @default.
- W3153272013 cites W2092762034 @default.
- W3153272013 cites W2115491237 @default.
- W3153272013 cites W2135164650 @default.
- W3153272013 cites W2139409826 @default.
- W3153272013 cites W2144903600 @default.
- W3153272013 cites W2295231946 @default.
- W3153272013 cites W2404624052 @default.
- W3153272013 cites W2462492156 @default.
- W3153272013 cites W2466047266 @default.
- W3153272013 cites W2500836593 @default.
- W3153272013 cites W2516652437 @default.
- W3153272013 cites W2566102554 @default.
- W3153272013 cites W2566881733 @default.
- W3153272013 cites W2578524981 @default.
- W3153272013 cites W2612505665 @default.
- W3153272013 cites W2736432550 @default.
- W3153272013 cites W2750350347 @default.
- W3153272013 cites W2767902147 @default.
- W3153272013 cites W2769077758 @default.
- W3153272013 cites W2809362722 @default.
- W3153272013 cites W2915103634 @default.
- W3153272013 cites W2943965936 @default.
- W3153272013 cites W2944788660 @default.
- W3153272013 cites W2946946072 @default.
- W3153272013 cites W2953237656 @default.
- W3153272013 cites W2982591362 @default.
- W3153272013 cites W3003972603 @default.
- W3153272013 cites W3004289368 @default.
- W3153272013 cites W3005232713 @default.
- W3153272013 cites W3006096908 @default.
- W3153272013 cites W3035963907 @default.
- W3153272013 cites W3036700017 @default.
- W3153272013 doi "https://doi.org/10.1007/s12264-021-00680-1" @default.
- W3153272013 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8275716" @default.
- W3153272013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33856645" @default.
- W3153272013 hasPublicationYear "2021" @default.
- W3153272013 type Work @default.
- W3153272013 sameAs 3153272013 @default.
- W3153272013 citedByCount "2" @default.
- W3153272013 countsByYear W31532720132022 @default.
- W3153272013 crossrefType "journal-article" @default.
- W3153272013 hasAuthorship W3153272013A5002217795 @default.
- W3153272013 hasAuthorship W3153272013A5008601105 @default.
- W3153272013 hasAuthorship W3153272013A5017229676 @default.
- W3153272013 hasAuthorship W3153272013A5017682835 @default.
- W3153272013 hasAuthorship W3153272013A5064501573 @default.
- W3153272013 hasAuthorship W3153272013A5089603367 @default.
- W3153272013 hasBestOaLocation W31532720131 @default.
- W3153272013 hasConcept C117838684 @default.
- W3153272013 hasConcept C126322002 @default.
- W3153272013 hasConcept C169760540 @default.
- W3153272013 hasConcept C185263204 @default.
- W3153272013 hasConcept C2776032975 @default.
- W3153272013 hasConcept C2778916471 @default.
- W3153272013 hasConcept C2780496858 @default.
- W3153272013 hasConcept C2984127161 @default.
- W3153272013 hasConcept C519063684 @default.
- W3153272013 hasConcept C529278444 @default.
- W3153272013 hasConcept C71924100 @default.
- W3153272013 hasConcept C86803240 @default.
- W3153272013 hasConceptScore W3153272013C117838684 @default.
- W3153272013 hasConceptScore W3153272013C126322002 @default.
- W3153272013 hasConceptScore W3153272013C169760540 @default.
- W3153272013 hasConceptScore W3153272013C185263204 @default.
- W3153272013 hasConceptScore W3153272013C2776032975 @default.
- W3153272013 hasConceptScore W3153272013C2778916471 @default.
- W3153272013 hasConceptScore W3153272013C2780496858 @default.
- W3153272013 hasConceptScore W3153272013C2984127161 @default.
- W3153272013 hasConceptScore W3153272013C519063684 @default.