Memory Hunter by Frank Morin5/26/2023 ![]() ![]() Together, our results demonstrate that TMR effects evolve over several weeks post-cueing, as well as emphasising the importance of stage 2, spindles and the SO-spindle coupling in procedural memory consolidation. We also found a significant increase in spindle density and SO-spindle coupling during the cue period, when compared to the no-cue period. Time spent in stage 2, but not stage 3, of NREM sleep predicted cueing benefit. Closer examination revealed a significant benefit of TMR at 10 days post-encoding, but not 24 h or 6 weeks post-encoding. Don, Lisa, Peyton, & William Morin, George & Marthe Odell, Larry & Kitty Pettit. Importantly, there was a strong effect of TMR, with improved performance on the cued sequence after sleep. Karen & Kenny Beasley, Roy Clements, Jr., Susan & Frank Friedman. Our behavioural analysis shows better performance for the dominant hand. We further explore the relationship between the TMR benefit and sleep spindles, as well as their coupling with slow oscillations. of forty-two early settlers, ancestors of Mr. Here, we use a bimanual serial reaction time task (SRTT) to investigate whether the difference between the cued and un-cued sequence of button presses persists long-term. The erection, in 1872, of the monument to the memory of Miles. Although the technique is developing rapidly, only a few studies have examined how the effects of TMR develop over time. ![]() ![]() Targeted memory reactivation (TMR) has recently emerged as a promising tool to manipulate and study the sleeping brain. ![]()
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