USFD activity in WP11 NND Internal Review/USFD-CISTIB/February 2015 Method developed for DXA and delivered in D11.1. Volumetric mesh shape and intensity.

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USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015Method developed for DXA and delivered in D11.1.Volumetric mesh shape and intensity model

USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015Method developed for DXA and delivered in D11.1.Statistical Shape Model

USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015Method developed for DXA and delivered in D11.1.MRI DXA intensity matching

USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015Method developed for DXA and delivered in D11.1.

DXA discontinued afterwards

USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015USFD task redefinition.

NND Internal Review/USFD-CISTIB/February 2014Joint center and axisSphere and/or cylinder fitted to the SSM reconstruction.

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NND Internal Review/USFD-CISTIB/February 2015

Ligament insertion points Extrapolated from bones and muscles shape. Morphing of template model including insertion points.7

NND Internal Review/USFD-CISTIB/February 2015

Muscle volume and PCSAExtract muscles centerline and cross-sectional area from muscle shape.

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USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015

Building complete geometric model:

From imaging data to modeling parameters: Well established protocol. Meshes in stl format.From modeling parameters to OpenSim: Format of parameters being fixed. Next step: Send mock-up parametersMajor activity for understanding the segment frames.Knee joint description:Real dynamics: Non-cylindricalSegment frame definition: axis lateral-medial epicondyle

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USFD activity in WP11

USFD activity in WP11NND Internal Review/USFD-CISTIB/February 2015Segment frame definition:

Lateral epicondolyteMedial epicondolyte