FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2895848137> ?p ?o ?g. }

• W2895848137 abstract "Transcranial electrical stimulation (TES) has been considered a promising tool for improving working memory (WM) performance. Recent studies have demonstrated modulation of networks underpinning WM processing through application of transcranial alternating current (TACS) as well as direct current (TDCS) stimulation. Differences between study designs have limited direct comparison of the efficacy of these approaches, however. Here we directly compared the effects on WM of TACS to the frontal-parietal loop with TDCS applied to the dorsolateral prefrontal cortex, evaluating performance of a visual 2-back WM task. A within-subject design was applied (N = 30). Each participant underwent three separate sessions, receiving TACS, anodal TDCS, and sham stimulation in a counterbalanced order, and the WM task was performed before, during, and after stimulation. No significant difference in reaction times for hits (RT-hit) or accuracy was detected between application of TACS and TDCS with this study design. A marked practice effect was noted, however, with improvement in RT-hit irrespective of stimulation type, which peaked at the end of the second session. We observed that the pre-stimulation RT-hits in the third session returned to the same level as before stimulation in session two, irrespective of stimulation type, allowing the results of the second and third sessions to be pooled over the participants who received sham stimulation in session one. The pooling enabled a between-subject direct comparison between TACS and TDCS in a subgroup of participants (N = 10) in whom improvement due to practice alone, had reached a plateau. TACS resulted in a greater improvement in RT-hits than TDCS (F(2;18) = 4.31 p = 0.03). This study design, in which improvement in task performance due to practice had peaked before stimulation was applied, enabled a direct comparison between WM performance improvements following TACS and TDCS. Our findings suggest that optimizing the application of TACS has the potential to facilitate WM performance." @default.
• W2895848137 created "2018-10-26" @default.
• W2895848137 creator A5022807353 @default.
• W2895848137 creator A5030519297 @default.
• W2895848137 creator A5031900166 @default.
• W2895848137 creator A5046920051 @default.
• W2895848137 creator A5050650519 @default.
• W2895848137 creator A5083634124 @default.
• W2895848137 creator A5089845277 @default.
• W2895848137 date "2018-10-23" @default.
• W2895848137 modified "2023-10-17" @default.
• W2895848137 title "Modulation of Working Memory Using Transcranial Electrical Stimulation: A Direct Comparison Between TACS and TDCS" @default.
• W2895848137 cites W1458359397 @default.
• W2895848137 cites W1604916109 @default.
• W2895848137 cites W1979474375 @default.
• W2895848137 cites W1983834279 @default.
• W2895848137 cites W1988379120 @default.
• W2895848137 cites W2000697043 @default.
• W2895848137 cites W2005837224 @default.
• W2895848137 cites W2024095160 @default.
• W2895848137 cites W2028257011 @default.
• W2895848137 cites W2029338818 @default.
• W2895848137 cites W2029880728 @default.
• W2895848137 cites W2038661624 @default.
• W2895848137 cites W2039255050 @default.
• W2895848137 cites W2050622406 @default.
• W2895848137 cites W2055249927 @default.
• W2895848137 cites W2057180929 @default.
• W2895848137 cites W2066785847 @default.
• W2895848137 cites W2070002701 @default.
• W2895848137 cites W2079802959 @default.
• W2895848137 cites W2081320562 @default.
• W2895848137 cites W2086540749 @default.
• W2895848137 cites W2088384628 @default.
• W2895848137 cites W2089656517 @default.
• W2895848137 cites W2091454704 @default.
• W2895848137 cites W2097273459 @default.
• W2895848137 cites W2098330912 @default.
• W2895848137 cites W2104177392 @default.
• W2895848137 cites W2104743992 @default.
• W2895848137 cites W2106725819 @default.
• W2895848137 cites W2106912553 @default.
• W2895848137 cites W2112967992 @default.
• W2895848137 cites W2114329358 @default.
• W2895848137 cites W2114738547 @default.
• W2895848137 cites W2118664309 @default.
• W2895848137 cites W2126906058 @default.
• W2895848137 cites W2129341642 @default.
• W2895848137 cites W2136363447 @default.
• W2895848137 cites W2138623500 @default.
• W2895848137 cites W2149160707 @default.
• W2895848137 cites W2152323126 @default.
• W2895848137 cites W2162932719 @default.
• W2895848137 cites W2163099466 @default.
• W2895848137 cites W2164672409 @default.
• W2895848137 cites W2165730296 @default.
• W2895848137 cites W2167943500 @default.
• W2895848137 cites W2168737201 @default.
• W2895848137 cites W2168974288 @default.
• W2895848137 cites W2313090288 @default.
• W2895848137 cites W2333849443 @default.
• W2895848137 cites W2342530006 @default.
• W2895848137 cites W2345619594 @default.
• W2895848137 cites W2595619754 @default.
• W2895848137 cites W2765773868 @default.
• W2895848137 cites W2784013409 @default.
• W2895848137 cites W2784106127 @default.
• W2895848137 cites W2793657920 @default.
• W2895848137 cites W4225597236 @default.
• W2895848137 cites W4240553276 @default.
• W2895848137 doi "https://doi.org/10.3389/fnins.2018.00761" @default.
• W2895848137 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6206050" @default.
• W2895848137 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30405341" @default.
• W2895848137 hasPublicationYear "2018" @default.
• W2895848137 type Work @default.
• W2895848137 sameAs 2895848137 @default.
• W2895848137 citedByCount "34" @default.
• W2895848137 countsByYear W28958481372019 @default.
• W2895848137 countsByYear W28958481372020 @default.
• W2895848137 countsByYear W28958481372021 @default.
• W2895848137 countsByYear W28958481372022 @default.
• W2895848137 countsByYear W28958481372023 @default.
• W2895848137 crossrefType "journal-article" @default.
• W2895848137 hasAuthorship W2895848137A5022807353 @default.
• W2895848137 hasAuthorship W2895848137A5030519297 @default.
• W2895848137 hasAuthorship W2895848137A5031900166 @default.
• W2895848137 hasAuthorship W2895848137A5046920051 @default.
• W2895848137 hasAuthorship W2895848137A5050650519 @default.
• W2895848137 hasAuthorship W2895848137A5083634124 @default.
• W2895848137 hasAuthorship W2895848137A5089845277 @default.
• W2895848137 hasBestOaLocation W28958481371 @default.
• W2895848137 hasConcept C15744967 @default.
• W2895848137 hasConcept C169760540 @default.
• W2895848137 hasConcept C169900460 @default.
• W2895848137 hasConcept C21963081 @default.
• W2895848137 hasConcept C24998067 @default.
• W2895848137 hasConcept C2777766275 @default.
• W2895848137 hasConcept C2777803708 @default.
• W2895848137 hasConcept C2778581513 @default.
• W2895848137 hasConcept C2985799443 @default.

• next