FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2606573898> ?p ?o ?g. }

• W2606573898 abstract "Although motor control has been extensively studied, most research involving neural recordings has focused on primary motor cortex, pre-motor cortex, supplementary motor area, and cerebellum. These regions are involved during normal movements, however, associative cortices and hippocampus are also likely involved during perturbed movements as one must detect the unexpected disturbance, inhibit the previous motor plan, and create a new plan to compensate. Minimal data is available on these brain regions during such robust movements. Here, epileptic patients implanted with intracerebral electrodes performed reaching movements while experiencing occasional unexpected force perturbations allowing study of the fronto-parietal, limbic and hippocampal network at unprecedented high spatial, and temporal scales. Areas including orbitofrontal cortex (OFC) and hippocampus showed increased activation during perturbed trials. These results, coupled with a visual novelty control task, suggest the hippocampal MTL-P300 novelty response is modality independent, and that the OFC is involved in modifying motor plans during robust movement." @default.
• W2606573898 created "2017-04-28" @default.
• W2606573898 creator A5009797399 @default.
• W2606573898 creator A5013584913 @default.
• W2606573898 creator A5025282758 @default.
• W2606573898 creator A5027276470 @default.
• W2606573898 creator A5031212154 @default.
• W2606573898 creator A5036251310 @default.
• W2606573898 creator A5039869511 @default.
• W2606573898 creator A5045447812 @default.
• W2606573898 creator A5055985703 @default.
• W2606573898 creator A5068862087 @default.
• W2606573898 creator A5073622300 @default.
• W2606573898 creator A5083879228 @default.
• W2606573898 creator A5088809750 @default.
• W2606573898 date "2017-04-19" @default.
• W2606573898 modified "2023-09-27" @default.
• W2606573898 title "The Role of Associative Cortices and Hippocampus during Movement Perturbations" @default.
• W2606573898 cites W1517474010 @default.
• W2606573898 cites W1543878663 @default.
• W2606573898 cites W1884657117 @default.
• W2606573898 cites W1926876413 @default.
• W2606573898 cites W1956210168 @default.
• W2606573898 cites W1957621647 @default.
• W2606573898 cites W1965975645 @default.
• W2606573898 cites W1967674635 @default.
• W2606573898 cites W1968350968 @default.
• W2606573898 cites W1981758692 @default.
• W2606573898 cites W1983797259 @default.
• W2606573898 cites W1984407031 @default.
• W2606573898 cites W1988428994 @default.
• W2606573898 cites W1991512494 @default.
• W2606573898 cites W1995957606 @default.
• W2606573898 cites W1996219251 @default.
• W2606573898 cites W1997055114 @default.
• W2606573898 cites W1998540136 @default.
• W2606573898 cites W2006206079 @default.
• W2606573898 cites W2008154636 @default.
• W2606573898 cites W2016332821 @default.
• W2606573898 cites W2022424636 @default.
• W2606573898 cites W2023999017 @default.
• W2606573898 cites W2033660305 @default.
• W2606573898 cites W2054652067 @default.
• W2606573898 cites W2081378522 @default.
• W2606573898 cites W2083084042 @default.
• W2606573898 cites W2095584968 @default.
• W2606573898 cites W2111613011 @default.
• W2606573898 cites W2111736228 @default.
• W2606573898 cites W2113535755 @default.
• W2606573898 cites W2116390661 @default.
• W2606573898 cites W2121678235 @default.
• W2606573898 cites W2123746482 @default.
• W2606573898 cites W2128752949 @default.
• W2606573898 cites W2134585097 @default.
• W2606573898 cites W2134640686 @default.
• W2606573898 cites W2135894974 @default.
• W2606573898 cites W2145465887 @default.
• W2606573898 cites W2146083743 @default.
• W2606573898 cites W2149284055 @default.
• W2606573898 cites W2152090685 @default.
• W2606573898 cites W2166866921 @default.
• W2606573898 cites W2170476476 @default.
• W2606573898 cites W2176421987 @default.
• W2606573898 cites W2208166657 @default.
• W2606573898 cites W2253058536 @default.
• W2606573898 cites W2442656190 @default.
• W2606573898 cites W776025879 @default.
• W2606573898 doi "https://doi.org/10.3389/fncir.2017.00026" @default.
• W2606573898 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5395558" @default.
• W2606573898 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28469563" @default.
• W2606573898 hasPublicationYear "2017" @default.
• W2606573898 type Work @default.
• W2606573898 sameAs 2606573898 @default.
• W2606573898 citedByCount "14" @default.
• W2606573898 countsByYear W26065738982017 @default.
• W2606573898 countsByYear W26065738982018 @default.
• W2606573898 countsByYear W26065738982019 @default.
• W2606573898 countsByYear W26065738982020 @default.
• W2606573898 countsByYear W26065738982022 @default.
• W2606573898 countsByYear W26065738982023 @default.
• W2606573898 crossrefType "journal-article" @default.
• W2606573898 hasAuthorship W2606573898A5009797399 @default.
• W2606573898 hasAuthorship W2606573898A5013584913 @default.
• W2606573898 hasAuthorship W2606573898A5025282758 @default.
• W2606573898 hasAuthorship W2606573898A5027276470 @default.
• W2606573898 hasAuthorship W2606573898A5031212154 @default.
• W2606573898 hasAuthorship W2606573898A5036251310 @default.
• W2606573898 hasAuthorship W2606573898A5039869511 @default.
• W2606573898 hasAuthorship W2606573898A5045447812 @default.
• W2606573898 hasAuthorship W2606573898A5055985703 @default.
• W2606573898 hasAuthorship W2606573898A5068862087 @default.
• W2606573898 hasAuthorship W2606573898A5073622300 @default.
• W2606573898 hasAuthorship W2606573898A5083879228 @default.
• W2606573898 hasAuthorship W2606573898A5088809750 @default.
• W2606573898 hasBestOaLocation W26065738981 @default.
• W2606573898 hasConcept C137813230 @default.
• W2606573898 hasConcept C148762608 @default.
• W2606573898 hasConcept C15744967 @default.
• W2606573898 hasConcept C169760540 @default.
• W2606573898 hasConcept C24998067 @default.

• next