@gregory_sawicki Hey Gregory, In theory, muscle should adapt faster, but I haven't looked yet at the latest research on this. I loved this review back when I was doing my PhD https://t.co/Gx1X1EgTg9 However, this is a great (and recent) review on human tendons
Role of extracellular matrix in adaptation of tendon and skeletal muscle to mechanical loading.
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Nov 2018 – Dec 2024Where it's discussed
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News10 articles
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X / Twitter6 posts
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YouTube5 videos
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AI synopsis
What people are saying
Discussions overall demonstrate strong engagement through references to visual evidence and personal research experiences, with remarks like 'lovely visual evidence' and statements about injury implications, highlighting genuine interest. The tone combines technical appreciation and curiosity, emphasizing the article’s relevance to ongoing research and medical considerations.
Most discussions agree with the significance of the ECM's role in musculoskeletal adaptation, referencing reviews and visual evidence supporting the article's findings.
Participants show high interest, mentioning their own past research, appreciating visual evidence, and discussing implications for injury prevention and treatment.
Comments include sharing personal opinions, referencing related studies, and raising questions about injury mechanisms—indicating meaningful exchanges.
While some users reflect on research implications for clinical practice and injury management, the overall perceived impact remains moderate rather than transformative.
Abstract in brief
- The extracellular matrix (ECM), especially connective tissue like collagen, plays a crucial role in maintaining tissue structure and transmitting force in tendons, ligaments, bones, and muscles, with its turnover being stimulated by mechanical loading such as physical activity.
- Exercise increases collagen synthesis, enzyme activity for collagen degradation, and growth factor release, leading to enhanced tissue metabolism and collagen turnover, which can improve the mechanical strength and load resistance of tendons and muscles.
- Aging and inactivity decrease collagen turnover and alter tissue stiffness through processes like glycation and crosslinking, while chronic mechanical loading promotes collagen synthesis and crosslinking, ultimately modifying the tissue’s mechanical and viscoelastic properties.]
Top posts
Most liked on X and Bluesky@BradyDGreen @lorenzo_masci @DrTaniaPizzari @Seth0Neill @footballmed @LaTrobeSEM Yes Thanks! I still worry that calling intram. tendon/apon. disruption only a connective tissue disrupt. is implying no connective tissue involvement in other inj. This may influence our focus in both prev. & treatment #ECM #MTJ - https://t.co/T7RE5Qvweh - https://t.co/MwqKSRHR36 https://t.co/fYUutgR5gQ
@Poppi62 @DaveFernig @HammedBadmos @CTAdodge 3/3 Very nice review of tendon from Michael Kjaer .... https://t.co/CHAbS01uwm. And lovely visual evidence of matrix abundance from decell tissues e.g. kidney PMID: 23584091 (Song et al.) and heart PMID: 28456953 (Hodgson et al.)
RT @aserner: @BradyDGreen @lorenzo_masci @DrTaniaPizzari @Seth0Neill @footballmed @LaTrobeSEM Yes Thanks! I still worry that calling intram…
RT @KarlKadler: @Poppi62 @DaveFernig @HammedBadmos @CTAdodge 3/3 Very nice review of tendon from Michael Kjaer .... https://t.co/CHAbS01uwm…
Role of extracellular matrix in adaptation of tendon and skeletal muscle to mechanical loading https://t.co/v6MfetPQUD
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RT @KarlKadler: @Poppi62 @DaveFernig @HammedBadmos @CTAdodge 3/3 Very nice review of tendon from Michael Kjaer .... https://t.co/CHAbS01uwm…
Role of extracellular matrix in adaptation of tendon and skeletal muscle to mechanical loading https://t.co/v6MfetPQUD
@Poppi62 @DaveFernig @HammedBadmos @CTAdodge 3/3 Very nice review of tendon from Michael Kjaer .... https://t.co/CHAbS01uwm. And lovely visual evidence of matrix abundance from decell tissues e.g. kidney PMID: 23584091 (Song et al.) and heart PMID: 28456953 (Hodgson et al.)
@gregory_sawicki Hey Gregory, In theory, muscle should adapt faster, but I haven't looked yet at the latest research on this. I loved this review back when I was doing my PhD https://t.co/Gx1X1EgTg9 However, this is a great (and recent) review on human tendons
RT @aserner: @BradyDGreen @lorenzo_masci @DrTaniaPizzari @Seth0Neill @footballmed @LaTrobeSEM Yes Thanks! I still worry that calling intram…
@BradyDGreen @lorenzo_masci @DrTaniaPizzari @Seth0Neill @footballmed @LaTrobeSEM Yes Thanks! I still worry that calling intram. tendon/apon. disruption only a connective tissue disrupt. is implying no connective tissue involvement in other inj. This may influence our focus in both prev. & treatment #ECM #MTJ - https://t.co/T7RE5Qvweh - https://t.co/MwqKSRHR36 https://t.co/fYUutgR5gQ