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Demo1_2019_v3

From Norman Powell May 10, 2019

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Modelathon - the very best of theory and practice…

444 | duration 4 minutes 0 seconds

Modelathon - the very best of theory and practice…

Modelathon - the very best of theory and practice in the area of multi-scale modelling

From Sarah Hollely March 06, 2018

Demo2_Master_v9_update19_v2_HiRes

56 | duration 12 minutes 59 seconds

Demo2_Master_v9_update19_v2_HiRes

From Norman Powell May 10, 2019

Urological disorders: models, microstructure,…

12 | duration 5 minutes 41 seconds

Urological disorders: models, microstructure,…

Urological disorders: models, microstructure, mechanics & bladder function

From Adam Greenwood December 21, 2018

Musculoskeletal disease: osteoporosis, modelling,…

28 | duration 5 minutes 7 seconds

Musculoskeletal disease: osteoporosis, modelling,…

Musculoskeletal disease: osteoporosis, modelling, muscles & bone strength

From Adam Greenwood December 21, 2018

Introduction: bio-modelling, the new frontier in…

7 | duration 3 minutes 6 seconds

Introduction: bio-modelling, the new frontier in…

Introduction: bio-modelling, the new frontier in healthcare

From Adam Greenwood December 21, 2018

INSIGNEO

14 | duration 3 minutes 20 seconds

INSIGNEO

From Adam Greenwood December 21, 2018

Application 3 workflow: Murine models

23 | duration 11 minutes 29 seconds

Application 3 workflow: Murine models

From Sarah Hollely May 02, 2018

$Thumbnail for Application 1 workflow: Prediction of osteoporotic fractures$

Application 1 workflow: Prediction of…

30 | duration 8 minutes 55 seconds

Application 1 workflow: Prediction of…

Application 1 workflow: Prediction of osteoporotic fractures

From Sarah Hollely May 02, 2018

can can events

24 | duration 1 minute 18 seconds

can can events

From Norman Powell August 29, 2019

EricaOutreachPoster

20 | duration 30 seconds

EricaOutreachPoster

From Norman Powell August 29, 2019

MultiSim: Clinical Workflow Presentation 1 – Predicting the risk of fracture

Developing a personalised musculoskeletal modelling framework to improve accuracy of hip fracture risk prediction in the short (1 year, ARF0) and medium (10 years, ARF10) terms by 10%.

Ambition:

To generate a computational framework to improve the current fracture risk predictions, using data collected at body (gait data and physical activities) and organ level (personal-specific computer model predictions).

Results of the simulations are then coupled with mathematical models at population level to evaluate the individual’s risk of fracture in the next 10 years (ARF10), achieving a longer term prediction.

Tags: multisimclinical workflowinsigneo instituteapplication workflow 1

Appears In: MultiSim

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