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The discussions reflect strong interest and engagement, with examples like mentions of webinars and research tutorials indicating active participation. Some posts analyze specific details such as discrepancies in data or challenges with image fields, which shows a deeper level of engagement, while others emphasize the article's potential influence on biomechanics research, contributing to the overall moderate impact score.
Most discussions seem to acknowledge the importance of the research, especially those quoting or sharing the publication directly, indicating general agreement with its significance.
The posts demonstrate high interest, with mentions of webinars, research presentations, and tutorials highlighting active engagement and curiosity.
Participants are engaging by sharing resources, asking questions, and discussing technical details like vertices and image fields, showing moderate depth.
While some comments question methodological aspects, many recognize the potential impact on understanding knee biomechanics, suggesting a moderate perceived influence.
@aclouthier @MaterialiseNV @cmbbe2019 “The effect of articular geometry features identified using statistical shape modelling on knee biomechanics”
Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Geometry into Musculoskeletal Models” Research presentation: https://t.co/z4l8lCSRvz Tutorial: https://t.co/17Pd8XqPcU
Watch the @mobilizecenter.bsky.social/Restore Center webinar with @aclouthier.bsky.social and Erin Lee entitled “Integrating Bone and Joint Geometry into Musculoskeletal Models” Research presentation: youtu.be/QtqDx3_uK9I Tutorial: youtu.be/wqxQl3Dm9lc
@bryce_killen @PedoiaValentina @aclouthier and others report # of vertices (nodes, points) but not why. https://t.co/v5nvS4EMys https://t.co/AA0WfAUCiW https://t.co/qeoISTga9Z Hard to define # when diff grps have diff image fields of view.
RT @MobilizeCenter: Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Ge…
RT @MobilizeCenter: Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Ge…
Erin Lee from the University of Waterloo discusses statistical shape modeling and methods for incorporating geometry into musculoskeletal models, highlighting implications for treatment and injury risk assessment.
Allison Clouthier from the University of Ottawa demonstrates how to interpret statistical shape models and transfer soft tissue attachment sites onto theoretical bone shapes for musculoskeletal modeling using Google…
RT @MobilizeCenter: Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Ge…
Watch the @mobilizecenter.bsky.social/Restore Center webinar with @aclouthier.bsky.social and Erin Lee entitled “Integrating Bone and Joint Geometry into Musculoskeletal Models” Research presentation: youtu.be/QtqDx3_uK9I Tutorial: youtu.be/wqxQl3Dm9lc
RT @MobilizeCenter: Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Ge…
RT @MobilizeCenter: Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Ge…
Watch the @MobilizeCenter/@restore_center webinar with @aclouthier and Erin Lee entitled “Integrating Bone and Joint Geometry into Musculoskeletal Models” Research presentation: https://t.co/z4l8lCSRvz Tutorial: https://t.co/17Pd8XqPcU
@bryce_killen @PedoiaValentina @aclouthier and others report # of vertices (nodes, points) but not why. https://t.co/v5nvS4EMys https://t.co/AA0WfAUCiW https://t.co/qeoISTga9Z Hard to define # when diff grps have diff image fields of view.
@aclouthier @MaterialiseNV @cmbbe2019 “The effect of articular geometry features identified using statistical shape modelling on knee biomechanics”
doi: 10.1016/j.jse.2019.02.009. MMSD ID: 275026. 62: Multimodal characterization of the human nucleus accumbens. Cartmell Samuel Cd, Tian Qiyuan ...
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