Masako Tamaki

This study shows that placing EEG amplifiers inside the MRI bore increases heating risk from gradient switching, and suggests solutions to mitigate this risk.

The paper shows that memory transfer between declarative and procedural systems occurs through rapid stability shifts during NREM and REM sleep in humans.

The paper validates EEG-based E/I ratio algorithms against MRS-derived glutamate/GABA ratios, finding strong between-subject associations but weak within-subject ones.

This study reviews and analyzes neurofeedback training's impact on memory in healthy adults, finding small-to-moderate improvements with varying factors influencing effectiveness.

This study shows that daytime resistance training improves nocturnal heat dissipation and increases slow-wave sleep, particularly during the luteal phase of the menstrual cycle in young women.

The paper shows that deep sleep in humans is linked to faster cerebrospinal fluid dynamics driven by brain oscillations, distinct from arousal mechanisms and light sleep.

The paper shows the first-night effect reduces sleep's benefit on visual plasticity and alters neurochemical processes during sleep.

This study uses DecNef to show that unconscious exposure-based visual perceptual learning occurs in V1/V2 without conscious perception of motion.

This study shows that sleep-dependent gains in visual perceptual learning are better explained by a learning-dependent model than a use-dependent model.

This study shows that reward during training interacts with sleep to enhance visual perceptual learning offline performance gains.

This study investigates whether REM sleep exhibits a night-watch system similar to NREM sleep during the first-night effect, finding increased vigilance in both hemispheres during REM's phasic period.

This study shows that offline performance gains in visual perceptual learning occur for an orientation detection task, with gains specific to the trained feature and linked to sigma activity during sleep.

The paper measures neurochemical balance during sleep stages and finds NREM sleep increases plasticity for performance gains while REM sleep stabilizes learning post-training.