Posture dependent ankle and foot muscle responses evoked by Achilles’ tendon vibration
•Heteronymous Ia afferents link the soleus to flexor digitorum brevis (FDB) muscle.•Soleus and FDB activity increased in response to Achilles’ tendon vibration.•Soleus and FDB sustained activation after vibration in standing and leaning.•Soleus and FDB synergy is posture depedent. To investigate the...
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| Published in: | Neuroscience letters Vol. 759; p. 135995 |
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| Main Authors: | , , , , |
| Format: | Journal Article |
| Language: | English |
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10.08.2021
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| ISSN: | 0304-3940, 1872-7972, 1872-7972 |
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| Abstract | •Heteronymous Ia afferents link the soleus to flexor digitorum brevis (FDB) muscle.•Soleus and FDB activity increased in response to Achilles’ tendon vibration.•Soleus and FDB sustained activation after vibration in standing and leaning.•Soleus and FDB synergy is posture depedent.
To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles’ tendon vibration modulates the EMG activity of the soleus and flexor digitorum brevis (FDB) muscles during different postural tasks: sitting, standing and forward leaning. Young healthy participants (n = 19, age = 24 ± 7.4 years) stood for 60 s in three visually controlled postures, while vibration (1.5–1.8 mm, 80 Hz) was bilaterally applied over the Achilles' tendon during the middle 20 s. Center of Pressure (CoP) and EMG activity of the soleus and FDB muscle were summarized in 5 s epochs and compared across time (before, during and after vibration) and postural tasks. Achilles’ tendon vibration shifted the CoP position forward in sitting and backward in standing and leaning and increased the root mean square of the CoP velocity to a greater extent in standing and leaning compared to sitting. Soleus and FDB EMG amplitude also increased in response to vibration. These responses were posture dependent, being greater in standing (soleus: 57 %, FDB: 67 % relative to pre-vibration) compared to sitting (soleus: 36 %, FDB: 27 % relative to pre-vibration) and leaning (soleus: 26 %, FDB: 8% relative to pre-vibration). After vibration offset, both soleus and FDB showed sustained activation across all three postures. Results highlight the presence of Ia afferent projections from the soleus to the α motor neurons of the FDB muscle triggered by Achilles’ tendon vibration. This link is posture dependent serving a functional role in standing and forward leaning in the presence of externally applied perturbations. |
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| AbstractList | •Heteronymous Ia afferents link the soleus to flexor digitorum brevis (FDB) muscle.•Soleus and FDB activity increased in response to Achilles’ tendon vibration.•Soleus and FDB sustained activation after vibration in standing and leaning.•Soleus and FDB synergy is posture depedent.
To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles’ tendon vibration modulates the EMG activity of the soleus and flexor digitorum brevis (FDB) muscles during different postural tasks: sitting, standing and forward leaning. Young healthy participants (n = 19, age = 24 ± 7.4 years) stood for 60 s in three visually controlled postures, while vibration (1.5–1.8 mm, 80 Hz) was bilaterally applied over the Achilles' tendon during the middle 20 s. Center of Pressure (CoP) and EMG activity of the soleus and FDB muscle were summarized in 5 s epochs and compared across time (before, during and after vibration) and postural tasks. Achilles’ tendon vibration shifted the CoP position forward in sitting and backward in standing and leaning and increased the root mean square of the CoP velocity to a greater extent in standing and leaning compared to sitting. Soleus and FDB EMG amplitude also increased in response to vibration. These responses were posture dependent, being greater in standing (soleus: 57 %, FDB: 67 % relative to pre-vibration) compared to sitting (soleus: 36 %, FDB: 27 % relative to pre-vibration) and leaning (soleus: 26 %, FDB: 8% relative to pre-vibration). After vibration offset, both soleus and FDB showed sustained activation across all three postures. Results highlight the presence of Ia afferent projections from the soleus to the α motor neurons of the FDB muscle triggered by Achilles’ tendon vibration. This link is posture dependent serving a functional role in standing and forward leaning in the presence of externally applied perturbations. To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles' tendon vibration modulates the EMG activity of the soleus and flexor digitorum brevis (FDB) muscles during different postural tasks: sitting, standing and forward leaning. Young healthy participants (n = 19, age = 24 ± 7.4 years) stood for 60 s in three visually controlled postures, while vibration (1.5-1.8 mm, 80 Hz) was bilaterally applied over the Achilles' tendon during the middle 20 s. Center of Pressure (CoP) and EMG activity of the soleus and FDB muscle were summarized in 5 s epochs and compared across time (before, during and after vibration) and postural tasks. Achilles' tendon vibration shifted the CoP position forward in sitting and backward in standing and leaning and increased the root mean square of the CoP velocity to a greater extent in standing and leaning compared to sitting. Soleus and FDB EMG amplitude also increased in response to vibration. These responses were posture dependent, being greater in standing (soleus: 57 %, FDB: 67 % relative to pre-vibration) compared to sitting (soleus: 36 %, FDB: 27 % relative to pre-vibration) and leaning (soleus: 26 %, FDB: 8% relative to pre-vibration). After vibration offset, both soleus and FDB showed sustained activation across all three postures. Results highlight the presence of Ia afferent projections from the soleus to the α motor neurons of the FDB muscle triggered by Achilles' tendon vibration. This link is posture dependent serving a functional role in standing and forward leaning in the presence of externally applied perturbations. To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles' tendon vibration modulates the EMG activity of the soleus and flexor digitorum brevis (FDB) muscles during different postural tasks: sitting, standing and forward leaning. Young healthy participants (n = 19, age = 24 ± 7.4 years) stood for 60 s in three visually controlled postures, while vibration (1.5-1.8 mm, 80 Hz) was bilaterally applied over the Achilles' tendon during the middle 20 s. Center of Pressure (CoP) and EMG activity of the soleus and FDB muscle were summarized in 5 s epochs and compared across time (before, during and after vibration) and postural tasks. Achilles' tendon vibration shifted the CoP position forward in sitting and backward in standing and leaning and increased the root mean square of the CoP velocity to a greater extent in standing and leaning compared to sitting. Soleus and FDB EMG amplitude also increased in response to vibration. These responses were posture dependent, being greater in standing (soleus: 57 %, FDB: 67 % relative to pre-vibration) compared to sitting (soleus: 36 %, FDB: 27 % relative to pre-vibration) and leaning (soleus: 26 %, FDB: 8% relative to pre-vibration). After vibration offset, both soleus and FDB showed sustained activation across all three postures. Results highlight the presence of Ia afferent projections from the soleus to the α motor neurons of the FDB muscle triggered by Achilles' tendon vibration. This link is posture dependent serving a functional role in standing and forward leaning in the presence of externally applied perturbations.To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles' tendon vibration modulates the EMG activity of the soleus and flexor digitorum brevis (FDB) muscles during different postural tasks: sitting, standing and forward leaning. Young healthy participants (n = 19, age = 24 ± 7.4 years) stood for 60 s in three visually controlled postures, while vibration (1.5-1.8 mm, 80 Hz) was bilaterally applied over the Achilles' tendon during the middle 20 s. Center of Pressure (CoP) and EMG activity of the soleus and FDB muscle were summarized in 5 s epochs and compared across time (before, during and after vibration) and postural tasks. Achilles' tendon vibration shifted the CoP position forward in sitting and backward in standing and leaning and increased the root mean square of the CoP velocity to a greater extent in standing and leaning compared to sitting. Soleus and FDB EMG amplitude also increased in response to vibration. These responses were posture dependent, being greater in standing (soleus: 57 %, FDB: 67 % relative to pre-vibration) compared to sitting (soleus: 36 %, FDB: 27 % relative to pre-vibration) and leaning (soleus: 26 %, FDB: 8% relative to pre-vibration). After vibration offset, both soleus and FDB showed sustained activation across all three postures. Results highlight the presence of Ia afferent projections from the soleus to the α motor neurons of the FDB muscle triggered by Achilles' tendon vibration. This link is posture dependent serving a functional role in standing and forward leaning in the presence of externally applied perturbations. |
| ArticleNumber | 135995 |
| Author | Vizirgianakis, Spiridon Tsiouri, Chrisi Hatzitaki, Vassilia Amiridis, Ioannis G. Mademli, Lida |
| Author_xml | – sequence: 1 givenname: Spiridon surname: Vizirgianakis fullname: Vizirgianakis, Spiridon organization: Laboratory of Motor Behavior and Adapted Physical Activity, School of Physical Education and Sport Science, Aristotle University of Thessaloniki, Greece – sequence: 2 givenname: Ioannis G. surname: Amiridis fullname: Amiridis, Ioannis G. organization: Laboratory of Neuromechanics, School of Physical Education and Sport Science at Serres, Aristotle University of Thessaloniki, Greece – sequence: 3 givenname: Lida surname: Mademli fullname: Mademli, Lida organization: Laboratory of Neuromechanics, School of Physical Education and Sport Science at Serres, Aristotle University of Thessaloniki, Greece – sequence: 4 givenname: Chrisi surname: Tsiouri fullname: Tsiouri, Chrisi organization: Laboratory of Neuromechanics, School of Physical Education and Sport Science at Serres, Aristotle University of Thessaloniki, Greece – sequence: 5 givenname: Vassilia orcidid: 0000-0002-4384-6976 surname: Hatzitaki fullname: Hatzitaki, Vassilia email: vaso1@phed.auth.gr organization: Laboratory of Motor Behavior and Adapted Physical Activity, School of Physical Education and Sport Science, Aristotle University of Thessaloniki, Greece |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/34058294$$D View this record in MEDLINE/PubMed |
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| CitedBy_id | crossref_primary_10_1016_j_gaitpost_2024_12_014 crossref_primary_10_1080_02640414_2025_2462356 crossref_primary_10_1016_j_gaitpost_2024_06_019 crossref_primary_10_1007_s00221_025_07069_w |
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| Keywords | SOL Soleus ANOVA CoP FDB iEMG Flexor digitorum brevis Achilles’ tendon vibration RMS Balance EMG AP |
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| Snippet | •Heteronymous Ia afferents link the soleus to flexor digitorum brevis (FDB) muscle.•Soleus and FDB activity increased in response to Achilles’ tendon... To investigate the link between the triceps surae and the intrinsic muscles of the foot, often underestimated in posture maintenance, we asked how Achilles'... |
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| SubjectTerms | Achilles Tendon - physiology Achilles’ tendon vibration Adult Ankle - physiology Balance Electromyography EMG Female Flexor digitorum brevis Foot - physiology Humans Male Muscle, Skeletal - physiology Posture - physiology Soleus Vibration |
| Title | Posture dependent ankle and foot muscle responses evoked by Achilles’ tendon vibration |
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