[Webcast] Force-dependent kinematics natural knee model

preview_player
Показать описание
Magnetic resonance image (MRI)-based musculoskeletal models represent a powerful tool to estimate the effect of surgical interventions in patients. In this project, we developed a MRI-based subject-specific model with a detailed natural knee joint capable of simultaneously estimate ligament, muscle, tibiofemoral and patellofemoral joint contact forces and secondary joint kinematics. Motion capture and force plate data were used to drive model simulations. Secondary knee joint kinematics where evaluated with subject and motion-specific biplanar X-Ray slot scans, where accurate kinematic estimations were found.

Presenter: David Leandro Dejtiar, M.Sc. from Aalborg University

Introduction: (0:00)
Presentation: (2:34)
Get in contact: (22:23)
Q&A: (23:44)
  1. AnyBody Technology
  2. Musculoskeletal modeling
  3. Subject specific model
  4. knee joint
  5. joint contact forces
  6. motion capture
Рекомендации по теме
[Webcast] Force-dependent kinematics 0:27:55

[Webcast] Force-dependent kinematics natural knee model

[Webcast] Prediction of 0:35:48

[Webcast] Prediction of In Vivo Knee Kinematics of a Knee

Webinar: Musculoskeletal Simulations 0:56:45

Webinar: Musculoskeletal Simulations Combining Multiscale Data & FE Modeling of the Knee

[Webcast] Modeling and 0:39:34

[Webcast] Modeling and analysis of non-conforming joints in AnyBody I

[Webcast] - A 0:25:22

[Webcast] - A model-based methodology to predict the biomechanical consequences of tibial inserts

[Webcast] Preview of 0:47:56

[Webcast] Preview of The AnyBody Modeling System version 5.1

AnyBody patient specific 0:12:36

AnyBody patient specific Knee Model with soft tissue

[Webcast] - Advancing 0:26:59

[Webcast] - Advancing knee joint modeling towards clinical use

[Webcast] - Spinal 0:45:33

[Webcast] - Spinal Loading During Lifting Using Inertial Motion Capture

[Webcast] - New 0:29:51

[Webcast] - New AnyBody Modeling System: Tour and overview of version 6.1

[Webcast] Exoskeletons: Reducing 0:32:50

[Webcast] Exoskeletons: Reducing joint and muscle loads while performing difficult tasks

[Webcast] - Assistive 0:53:12

[Webcast] - Assistive Devices: Simulating Physiological Performance

[Webcast] Do We 0:47:01

[Webcast] Do We Move Optimally? - Prediction Of Human Movement By Musculoskeletal Models

[Webcast] - Workflow 0:54:59

[Webcast] - Workflow for assessing the effect of gait alterations

[Webcast] AnyGait: A 0:28:09

[Webcast] AnyGait: A powerful gait lab application to process motion capture trials

[Webcast] Modelado del 0:41:50

[Webcast] Modelado del miembro inferior nativo usando cinemática fuerza-dependiente

OpenSim Webinar: Tips 0:58:39

OpenSim Webinar: Tips and Tricks for Data Collection, Scaling and Inverse Kinematics in OpenSim

[Webcast] TLEM: A 0:25:39

[Webcast] TLEM: A new detailed lower extremity model

Knee Model 0:00:06

Knee Model

Kinematic Knee Replacement 0:31:08

Kinematic Knee Replacement - Restoring Your Natural Knee Alignment

A critique of 0:14:41

A critique of Induced Acceleration Analysis

CEINMS Realtime Knee 0:01:23

CEINMS Realtime Knee Joint Contact Forces

[Webcast] Validation of 0:46:31

[Webcast] Validation of musculoskeletal models

knee joint reaction 0:05:51

knee joint reaction force