Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280570551> ?p ?o ?g. }
- W4280570551 abstract "Abstract Study Objectives We evaluated common marmosets as a perspective animal model to study human sleep and wake states. Methods Using wireless neurologger recordings, we performed longitudinal multichannel local field potential (LFP) cortical, hippocampal, neck muscle, and video recordings in three freely behaving marmosets. The brain states were formally identified using self-organizing maps. Results Marmosets were generally awake during the day with occasional 1–2 naps, and they slept during the night. Major electrographic patterns fall in five clearly distinguished categories: wakefulness, drowsiness, light and deep NREM sleep, and REM. Marmosets typically had 14–16 sleep cycles per night, with either gradually increasing or relatively low, but stable delta power within the cycle. Overall, the delta power decreased throughout the night sleep. Marmosets demonstrated prominent high amplitude somatosensory mu-rhythm (10–15 Hz), accompanied with neocortical ripples, and alternated with occipital alpha rhythm (10–15 Hz). NREM sleep was characterized with the presence of high amplitude slow waves, sleep spindles and ripples in neocortex, and sharp-wave-ripple complexes in CA1. Light and deep stages differed in levels of delta and sigma power and muscle tone. REM sleep was defined with low muscle tone and activated LFP with predominant beta-activity and rare spindle-like or mu-like events. Conclusions Multiple features of sleep–wake state distribution and electrographic patterns associated with behavioral states in marmosets closely match human states, although marmoset have shorter sleep cycles. This demonstrates that marmosets represent an excellent model to study origin of human electrographical rhythms and brain states." @default.
- W4280570551 created "2022-05-22" @default.
- W4280570551 creator A5012227088 @default.
- W4280570551 creator A5023503056 @default.
- W4280570551 creator A5039157470 @default.
- W4280570551 creator A5076117266 @default.
- W4280570551 date "2022-05-16" @default.
- W4280570551 modified "2023-10-05" @default.
- W4280570551 title "Brain states in freely behaving marmosets" @default.
- W4280570551 cites W1536357320 @default.
- W4280570551 cites W1853766545 @default.
- W4280570551 cites W1856661504 @default.
- W4280570551 cites W1963859198 @default.
- W4280570551 cites W1963875590 @default.
- W4280570551 cites W1967286340 @default.
- W4280570551 cites W1968019923 @default.
- W4280570551 cites W1973275441 @default.
- W4280570551 cites W1973294321 @default.
- W4280570551 cites W1977369305 @default.
- W4280570551 cites W1978119107 @default.
- W4280570551 cites W1987327530 @default.
- W4280570551 cites W1998844318 @default.
- W4280570551 cites W2002189290 @default.
- W4280570551 cites W2013923145 @default.
- W4280570551 cites W2015774470 @default.
- W4280570551 cites W2023878695 @default.
- W4280570551 cites W2024872275 @default.
- W4280570551 cites W2032466751 @default.
- W4280570551 cites W2033160906 @default.
- W4280570551 cites W2034250277 @default.
- W4280570551 cites W2038369901 @default.
- W4280570551 cites W2039029351 @default.
- W4280570551 cites W2041028903 @default.
- W4280570551 cites W2043565133 @default.
- W4280570551 cites W2044492874 @default.
- W4280570551 cites W2045663602 @default.
- W4280570551 cites W2049236696 @default.
- W4280570551 cites W2050375359 @default.
- W4280570551 cites W2058725349 @default.
- W4280570551 cites W2060789079 @default.
- W4280570551 cites W2062909201 @default.
- W4280570551 cites W2065054148 @default.
- W4280570551 cites W2072843066 @default.
- W4280570551 cites W2074183366 @default.
- W4280570551 cites W2075162216 @default.
- W4280570551 cites W2076327464 @default.
- W4280570551 cites W2078895857 @default.
- W4280570551 cites W2081548183 @default.
- W4280570551 cites W2082699503 @default.
- W4280570551 cites W2084674312 @default.
- W4280570551 cites W2089760277 @default.
- W4280570551 cites W2091124905 @default.
- W4280570551 cites W2101452091 @default.
- W4280570551 cites W2102656701 @default.
- W4280570551 cites W2114579562 @default.
- W4280570551 cites W2115576097 @default.
- W4280570551 cites W2132486749 @default.
- W4280570551 cites W2133066488 @default.
- W4280570551 cites W2137591123 @default.
- W4280570551 cites W2143031268 @default.
- W4280570551 cites W2144398166 @default.
- W4280570551 cites W2146288322 @default.
- W4280570551 cites W2152587029 @default.
- W4280570551 cites W2163060058 @default.
- W4280570551 cites W2163812261 @default.
- W4280570551 cites W2165892338 @default.
- W4280570551 cites W2222670934 @default.
- W4280570551 cites W2277019871 @default.
- W4280570551 cites W2316928804 @default.
- W4280570551 cites W2337955410 @default.
- W4280570551 cites W2398610434 @default.
- W4280570551 cites W2399560117 @default.
- W4280570551 cites W2411608662 @default.
- W4280570551 cites W2468113650 @default.
- W4280570551 cites W2500310265 @default.
- W4280570551 cites W2519738055 @default.
- W4280570551 cites W2531088841 @default.
- W4280570551 cites W2536125688 @default.
- W4280570551 cites W2555096179 @default.
- W4280570551 cites W2560523658 @default.
- W4280570551 cites W2590862290 @default.
- W4280570551 cites W2593126980 @default.
- W4280570551 cites W2601108475 @default.
- W4280570551 cites W2613340446 @default.
- W4280570551 cites W2802722206 @default.
- W4280570551 cites W2885481007 @default.
- W4280570551 cites W2912112687 @default.
- W4280570551 cites W2915880198 @default.
- W4280570551 cites W2921952498 @default.
- W4280570551 cites W2939515614 @default.
- W4280570551 cites W2975951367 @default.
- W4280570551 cites W3150705048 @default.
- W4280570551 cites W3172959495 @default.
- W4280570551 cites W3210539052 @default.
- W4280570551 cites W4213447589 @default.
- W4280570551 cites W51177026 @default.
- W4280570551 doi "https://doi.org/10.1093/sleep/zsac106" @default.
- W4280570551 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35576961" @default.
- W4280570551 hasPublicationYear "2022" @default.
- W4280570551 type Work @default.