Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells escape from the bloodstream to invade other organs, published yesterday in Advanced Science https://t.co/BCRu9wIMpe
Endothelium and Subendothelial Matrix Mechanics Modulate Cancer Cell Transendothelial Migration.
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Apr 2023 – Mar 2024Where it's discussed
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X / Twitter24 posts
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News3 articles
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YouTube1 videos
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What people are saying
Throughout the discussions, commenters express support and curiosity about how mechanical forces influence cancer spread, using words like 'muscle their way' and phrases like 'describing biomechanics,' which show an active interest in the study's implications. The tone reflects respect for the research's significance, highlighting its potential impact on future cancer therapies and understanding of metastasis.
Most discussions acknowledge the importance of the study, with some explicitly praising its contributions to understanding cancer metastasis.
The topics related to cancer cell mechanics and migration appear engaging to the audience, shown by enthusiastic reactions and mentions of the study in various contexts.
Posts reference specific aspects of the research, such as the mechanics involved and the biological implications, indicating active interest and understanding.
Discussions suggest that the publication is seen as meaningful for advancing knowledge in cancer biology and potentially influencing future research or treatment strategies.
Abstract in brief
- Cancer cell extravasation involves the cancer cells stopping on the blood vessel lining (endothelium) and then moving through it into tissues, a critical step in metastasis.
- The study highlights that the mechanical properties of the endothelium and the subendothelial matrix significantly influence the ability of cancer cells to migrate through blood vessel walls.
- Both the forces exerted by cancer cell protrusions and the contractile forces of endothelial cells play crucial roles in the success of transmigration, affecting where metastasis occurs.
Top posts
Most liked on X and BlueskyFuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH - https://t.co/RtlseQTf4w -https://t.co/QugKLttg0Q - https://t.co/qMVWaKbs8d - https://t.co/gEHlrmYRrE - https://t.co/NJqUWA6mFg https://t.co/0eapOSjlsV
How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKsekx
Endothelium and Subendothelial Matrix Mechanics Modulate Cancer Cell Transendothelial Migration https://t.co/HAlggequRq
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
All mentions
Endothelium and Matrix Mechanics in Cancer Cell Transendothelial Migration
Cancer cell extravasation involves stopping on the blood vessel lining and moving into tissues. The study highlights how the mechanical properties of the endothelium and subendothelial matrix influence cancer cell…
RT @chayito09: Fuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH -…
RT @chayito09: Fuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH -…
RT @chayito09: Fuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH -…
RT @chayito09: Fuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH -…
Fuentes: Artículo resumido y traducido: - https://t.co/M5rvNWyiHj - https://t.co/dvRvtgk1tA - https://t.co/wxnspLZPPH - https://t.co/RtlseQTf4w -https://t.co/QugKLttg0Q - https://t.co/qMVWaKbs8d - https://t.co/gEHlrmYRrE - https://t.co/NJqUWA6mFg https://t.co/0eapOSjlsV
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
RT @calvo_lab: Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells…
Glad to share our newest study with our collaborators @emadmoeen @kamm_lab, describing the biomechanics of how cancer cells escape from the bloodstream to invade other organs, published yesterday in Advanced Science https://t.co/BCRu9wIMpe
Endothelium and Subendothelial Matrix Mechanics Modulate Cancer Cell Transendothelial Migration https://t.co/9apCN4Wfy5
Endothelium and Subendothelial Matrix Mechanics Modulate Cancer Cell Transendothelial Migration https://t.co/HAlggequRq
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
RT @medical_xpress: How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKse…
How ##cancercells muscle their way into other organs @uclnews @advscinews https://t.co/LSavupN5YS https://t.co/CwXMQKsekx
Endothelium and Subendothelial Matrix Mechanics Modulate Cancer Cell Transendothelial Migration https://t.co/yopMqpztQ8