FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2979475091> ?p ?o ?g. }

• W2979475091 endingPage "5948" @default.
• W2979475091 startingPage "5935" @default.
• W2979475091 abstract "Neural connectivity between distinct motor neuronal modules in the spinal cord is classically studied through electrical stimulation or multi-muscle EMG recordings. We quantified the strength of correlation in the activity of two distinct populations of motor neurons innervating the thenar and first dorsal interosseous muscles during tasks that required the two hand muscles to exert matched or un-matched forces in different directions. We show that when the two hand muscles are concurrently activated, synaptic input to the two motor neuron pools is shared across all frequency bandwidths (representing cortical and spinal input) associated with force control. The observed connectivity indicates that motor neuron pools receive common input even when digit actions do not belong to a common behavioural repertoire.Neural connectivity between distinct motor neuronal modules in the spinal cord is classically studied through electrical stimulation or multi-muscle EMG recordings. Here we quantify the strength of correlation in the activity of two distinct populations of motor neurons innervating the thenar and first dorsal interosseous muscles in humans during voluntary contractions. To remove confounds associated with previous studies, we used a task that required the two hand muscles to exert matched or un-matched forces in different directions. Despite the force production task consisting of uncommon digit force coordination patterns, we found that synaptic input to motor neurons is shared across all frequency bands, reflecting cortical and spinal inputs associated with force control. The coherence between discharge timings of the two pools of motor neurons was significant at the delta (0-5 Hz), alpha (5-15 Hz) and beta (15-35 Hz) bands (P < 0.05). These results suggest that correlated input to motor neurons of two hand muscles can occur even during tasks not belonging to a common behavioural repertoire and despite lack of common innervation. Moreover, we show that the extraction of activity from motor neurons during voluntary force control removes cross-talk associated with global EMG recordings, thus allowing direct in vivo interrogation of spinal motor neuron activity." @default.
• W2979475091 created "2019-10-18" @default.
• W2979475091 creator A5008794352 @default.
• W2979475091 creator A5013088192 @default.
• W2979475091 creator A5024992097 @default.
• W2979475091 creator A5034947334 @default.
• W2979475091 creator A5046482171 @default.
• W2979475091 creator A5056603316 @default.
• W2979475091 creator A5065669889 @default.
• W2979475091 date "2019-10-30" @default.
• W2979475091 modified "2023-10-04" @default.
• W2979475091 title "The human central nervous system transmits common synaptic inputs to distinct motor neuron pools during non‐synergistic digit actions" @default.
• W2979475091 cites W1514261135 @default.
• W2979475091 cites W1535570675 @default.
• W2979475091 cites W1709940703 @default.
• W2979475091 cites W1772854098 @default.
• W2979475091 cites W1898894334 @default.
• W2979475091 cites W1964463769 @default.
• W2979475091 cites W1966639710 @default.
• W2979475091 cites W1966709254 @default.
• W2979475091 cites W1969232476 @default.
• W2979475091 cites W1969674055 @default.
• W2979475091 cites W1971674194 @default.
• W2979475091 cites W1972837991 @default.
• W2979475091 cites W1993569074 @default.
• W2979475091 cites W1995181999 @default.
• W2979475091 cites W1996930567 @default.
• W2979475091 cites W2004879773 @default.
• W2979475091 cites W2009697267 @default.
• W2979475091 cites W2011305518 @default.
• W2979475091 cites W2015356556 @default.
• W2979475091 cites W2029428797 @default.
• W2979475091 cites W2034746809 @default.
• W2979475091 cites W2038203833 @default.
• W2979475091 cites W2041859481 @default.
• W2979475091 cites W2042861111 @default.
• W2979475091 cites W2047347032 @default.
• W2979475091 cites W2047468712 @default.
• W2979475091 cites W2054225626 @default.
• W2979475091 cites W2055888932 @default.
• W2979475091 cites W2058124793 @default.
• W2979475091 cites W2073721868 @default.
• W2979475091 cites W2085803587 @default.
• W2979475091 cites W2091066310 @default.
• W2979475091 cites W2092197838 @default.
• W2979475091 cites W2093373149 @default.
• W2979475091 cites W2094542824 @default.
• W2979475091 cites W2107515388 @default.
• W2979475091 cites W2108315391 @default.
• W2979475091 cites W2119542666 @default.
• W2979475091 cites W2128181457 @default.
• W2979475091 cites W2130378672 @default.
• W2979475091 cites W2147321669 @default.
• W2979475091 cites W2149963986 @default.
• W2979475091 cites W2152685880 @default.
• W2979475091 cites W2154006563 @default.
• W2979475091 cites W2158963974 @default.
• W2979475091 cites W2172257310 @default.
• W2979475091 cites W2261736307 @default.
• W2979475091 cites W2317547489 @default.
• W2979475091 cites W2346981077 @default.
• W2979475091 cites W2396295852 @default.
• W2979475091 cites W2410465896 @default.
• W2979475091 cites W2731588688 @default.
• W2979475091 cites W2810573446 @default.
• W2979475091 cites W2832230847 @default.
• W2979475091 cites W2914790474 @default.
• W2979475091 cites W2921010326 @default.
• W2979475091 cites W2950438302 @default.
• W2979475091 doi "https://doi.org/10.1113/jp278623" @default.
• W2979475091 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6972516" @default.
• W2979475091 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31605381" @default.
• W2979475091 hasPublicationYear "2019" @default.
• W2979475091 type Work @default.
• W2979475091 sameAs 2979475091 @default.
• W2979475091 citedByCount "39" @default.
• W2979475091 countsByYear W29794750912019 @default.
• W2979475091 countsByYear W29794750912020 @default.
• W2979475091 countsByYear W29794750912021 @default.
• W2979475091 countsByYear W29794750912022 @default.
• W2979475091 countsByYear W29794750912023 @default.
• W2979475091 crossrefType "journal-article" @default.
• W2979475091 hasAuthorship W2979475091A5008794352 @default.
• W2979475091 hasAuthorship W2979475091A5013088192 @default.
• W2979475091 hasAuthorship W2979475091A5024992097 @default.
• W2979475091 hasAuthorship W2979475091A5034947334 @default.
• W2979475091 hasAuthorship W2979475091A5046482171 @default.
• W2979475091 hasAuthorship W2979475091A5056603316 @default.
• W2979475091 hasAuthorship W2979475091A5065669889 @default.
• W2979475091 hasBestOaLocation W29794750911 @default.
• W2979475091 hasConcept C105702510 @default.
• W2979475091 hasConcept C137813230 @default.
• W2979475091 hasConcept C140530291 @default.
• W2979475091 hasConcept C169760540 @default.
• W2979475091 hasConcept C171139928 @default.
• W2979475091 hasConcept C185263204 @default.
• W2979475091 hasConcept C24998067 @default.
• W2979475091 hasConcept C2776752467 @default.

• next