Interactions of time of day and sleep with between-session habituation and extinction memory in young adult males. Pace-Schott, E. F., Tracy, L. E., Rubin, Z., Mollica, A. G., Ellenbogen, J. M., Bianchi, M. T., Milad, M. R., Pitman, R. K., & Orr, S. P. Experimental Brain Research, 232(5):1443–1458, May, 2014. ![Interactions of time of day and sleep with between-session habituation and extinction memory in young adult males [link]](https://bibbase.org/img/filetypes/link.svg "link")
Paper doi abstract bibtex Within-session habituation and extinction learning co-occur as do subsequent consolidation of habituation (i.e., between-session habituation) and extinction memory. We sought to determine whether, as we predicted: (1) between-session habituation is greater across a night of sleep versus a day awake; (2) time-of-day accounts for differences; (3) between-session habituation predicts consolidation of extinction memory; (4) sleep predicts between-session habituation and/or extinction memory. Participants (N = 28) completed 4-5 sessions alternating between mornings and evenings over 3 successive days (2 nights) with session 1 in either the morning (N = 13) or evening (N = 15). Twelve participants underwent laboratory polysomnography. During 4 sessions, participants completed a loud-tone habituation protocol, while skin conductance response (SCR), blink startle electromyography (EMG), heart-rate acceleration and heart-rate deceleration (HRD) were recorded. For sessions 1 and 2, between-session habituation of EMG, SCR and HRD was greater across sleep. SCR and HRD were generally lower in the morning. Between-session habituation of SCR for sessions 1 and 2 was positively related to intervening (first night) slow wave sleep. In the evening before night 2, participants also underwent fear conditioning and extinction learning phases of a second protocol. Extinction recall was tested the following morning. Extinction recall was predicted only by between-session habituation of SCR across the same night (second night) and by intervening REM. We conclude that: (1) sleep augments between-session habituation, as does morning testing; (2) extinction recall is predicted by concurrent between-session habituation; and (3) both phenomena may be influenced by sleep.
@article{pace-schott_interactions_2014,
title = {Interactions of time of day and sleep with between-session habituation and extinction memory in young adult males},
volume = {232},
issn = {0014-4819},
url = {https://www.ncbi.nlm.nih.gov/pubmed/24481663 http://link.springer.com/10.1007/s00221-014-3829-9},
doi = {10.1007/s00221-014-3829-9},
abstract = {Within-session habituation and extinction learning co-occur as do subsequent consolidation of habituation (i.e., between-session habituation) and extinction memory. We sought to determine whether, as we predicted: (1) between-session habituation is greater across a night of sleep versus a day awake; (2) time-of-day accounts for differences; (3) between-session habituation predicts consolidation of extinction memory; (4) sleep predicts between-session habituation and/or extinction memory. Participants (N = 28) completed 4-5 sessions alternating between mornings and evenings over 3 successive days (2 nights) with session 1 in either the morning (N = 13) or evening (N = 15). Twelve participants underwent laboratory polysomnography. During 4 sessions, participants completed a loud-tone habituation protocol, while skin conductance response (SCR), blink startle electromyography (EMG), heart-rate acceleration and heart-rate deceleration (HRD) were recorded. For sessions 1 and 2, between-session habituation of EMG, SCR and HRD was greater across sleep. SCR and HRD were generally lower in the morning. Between-session habituation of SCR for sessions 1 and 2 was positively related to intervening (first night) slow wave sleep. In the evening before night 2, participants also underwent fear conditioning and extinction learning phases of a second protocol. Extinction recall was tested the following morning. Extinction recall was predicted only by between-session habituation of SCR across the same night (second night) and by intervening REM. We conclude that: (1) sleep augments between-session habituation, as does morning testing; (2) extinction recall is predicted by concurrent between-session habituation; and (3) both phenomena may be influenced by sleep.},
number = {5},
journal = {Experimental Brain Research},
author = {Pace-Schott, Edward F. and Tracy, Lauren E. and Rubin, Zoe and Mollica, Adrian G. and Ellenbogen, Jeffrey M. and Bianchi, Matt T. and Milad, Mohammed R. and Pitman, Roger K. and Orr, Scott P.},
month = may,
year = {2014},
keywords = {Adult, Analysis of Variance, Circadian Rhythm, Conditioning (Psychology), Electromyography, Extinction, Fear, Galvanic Skin Response, Habituation, Heart Rate, Humans, Male, Memory, Polysomnography, Psychological, Psychophysiologic, Self Report, Sleep, Time Factors, Wakefulness, Young Adult},
pages = {1443--1458},
}
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