Open Science


iTUG features of 71 patients with THA (pre & 6 months post-surgery) and 52 control participants
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  • DOI: 10.26037/yareta:vynrqmr3hvegrcnh2oemxkwwb4
  • Description: This database includes the biomechanical features of the fastest of three instrumented Timed Up-and-Go (iTUG) test of 71 THA patients and 52 controls. Patients performed the iTUG test before and 6 months after surgery while controls performed the test only once.
  • Associated code: -
  • Associated projects: PATH
  • Publication Date: 22.07.2021
Fusion of motion capture and bi-plane X-rays
Fusion MOCAP-EOS  
  • DOI: 10.26037/yareta:md6wej4guvbufkqge322mqyu5i
  • Description: This deposit contains motion capture files during walking and bi-plane x-rays of 2 patients with hip osteo-arthritis and 2 patients with total hip arthroplasty.
  • Associated projects: PATH
  • Publication Date: 19.12.2019
Marker Misplacement for the Conventional Gait Model
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  • Publication Date: 21.10.2019

Shared Code

MIS - Marker misplacement for Conventional Gait Model

  • Description: Simulate marker misplacement combining different directions and magnitudes
  • Initial Commit: 13.04.2020
Fusion - Internal Point Extraction

  • Description: This graphical user interface is used to identify anatomical points of the lower limb and skin markers with radio-opaque beads on bi-plane x-rays
  • GitLabl Link: Here
  • Associated projects: PATH
  • Initial Commit: 03.02.2020
Fusion - Bi-plane X-rays and marker based motion capture

  • Description: The proposed routine can be used to check whether the fusion of motion capture and medical imaging can reduce the marker misplacement errors.
  • Associated projects: PATH
  • Initial Commit: 31.01.2020


Gait Simulators
  • Description: Simulators used to explore the impact of a specific parameter on the kinematics of the lower limb during gait
  • Date: Coming soon
  • Links:
Gait deviation and clinical impairments

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  • Description: Coming soon
  • Link: Here
  • Date: Coming soon


Impact of marker miscplacement with conventional gait model

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  • Description: Coming soon
  • Date: Coming soon