Skip to main content
. 2020 Feb 21;11:266. doi: 10.3389/fpsyg.2020.00266

TABLE 2.

This table summarizes the findings of the effects of music training on working memory and oscillatory activity.

Study Task FB EEG measure Behavioral results Oscillatory results
Active recording Resting state
Bhattacharya et al., 2001 Shepard–Metzler task of mental rotation γ Coherence γ (Overall): M > NM
γ (L-hemi): M > NM
γ (R-hemi): M < NM
Boutorabi and Sheikhani, 2018 Spatial working memory δθαβγ Coherence δ (T, C, P): M < NM
θ (F,C,P): M < NM
α (C,P): M < NM
β (F, T, C, P): M < NM
γ (C): M < NM
γ (F,T): M > NM
Cheung et al., 2017 - HKLLT (verbal memory)
- Visual reproduction (visual memory)
θ Coherence Verbal memory: M > NM
Visual memory: M = NM
During encoding:
θ (long-range, intrahemi.): M > NM
θ: M = NM
Dittinger et al., 2017 - Matching task
- Semantic task
- Backward digit span
θ Coherence Semantic task: M > NM
BDS: M = NM
θ (L-hemi): M > NM
↑ Mus. Experience = ↑θ (L dorsal pathways)
Hsu et al., 2017 N-back (tonal) β Feature analysis β:
Response Speed: M > NM
Response Intensity: M > NM
Response Power: M > NM
Klein et al., 2016 Visual Sternberg θαβ Covariance mapping analysis Correct responses: M = NM
RT: M = NM
α (F,P): Mus prestimulus activity neg. correlates with RT. All FB: M = NM

M, musicians; NM, non-musicians; FB, frequency band; F, frontal; C, central; T, temporal; P, parietal; O, occipital; M, medial; L, left; R, right; RT, reaction time; BDS, backward digit span.