Measurement of in-vivo patella kinematics using motion analysis and ultrasound (MAUS)

A. P. Monk; M Chen; Christopher L. M. H. Gibbons; D. J. Beard; H. S. Gill; D. W. Murray

Measurement of in-vivo patella kinematics using motion analysis and ultrasound (MAUS)

A. P. Monk, M Chen, Christopher L. M. H. Gibbons, D. J. Beard, H. S. Gill, D. W. Murray

Department of Mechanical Engineering

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Abstract

This paper describes a motion analysis ultrasound system (MAUS) designed for the in-vivo study of the kinematics of patellofemoral joints (PFJ) in both normal and replaced knees. This system utilises non-iodising radiation to effectively acquire
kinematic data during weight-bearing activities. Validation studies on a phantom established that the measurement accuracy of the system was 1.43 mm. A clinical validation trial is included.

Original language	English
Publication status	Published - 2013
Event	IEEE International Symposium on Medical Measurements and Applications - Gatineau, Quebec, Canada Duration: 4 May 2013 → 5 May 2013

Conference

Conference	IEEE International Symposium on Medical Measurements and Applications
Country/Territory	Canada
City	Gatineau, Quebec
Period	4/05/13 → 5/05/13

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Accepted author manuscript, 2.92 MB

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abstract = "This paper describes a motion analysis ultrasound system (MAUS) designed for the in-vivo study of the kinematics of patellofemoral joints (PFJ) in both normal and replaced knees. This system utilises non-iodising radiation to effectively acquire kinematic data during weight-bearing activities. Validation studies on a phantom established that the measurement accuracy of the system was 1.43 mm. A clinical validation trial is included.",

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AU - Monk, A. P.

AU - Chen, M

AU - Gibbons, Christopher L. M. H.

AU - Beard, D. J.

AU - Gill, H. S.

AU - Murray, D. W.

PY - 2013

Y1 - 2013

N2 - This paper describes a motion analysis ultrasound system (MAUS) designed for the in-vivo study of the kinematics of patellofemoral joints (PFJ) in both normal and replaced knees. This system utilises non-iodising radiation to effectively acquire kinematic data during weight-bearing activities. Validation studies on a phantom established that the measurement accuracy of the system was 1.43 mm. A clinical validation trial is included.

AB - This paper describes a motion analysis ultrasound system (MAUS) designed for the in-vivo study of the kinematics of patellofemoral joints (PFJ) in both normal and replaced knees. This system utilises non-iodising radiation to effectively acquire kinematic data during weight-bearing activities. Validation studies on a phantom established that the measurement accuracy of the system was 1.43 mm. A clinical validation trial is included.

UR - http://memea2013.ieee-ims.org/

M3 - Paper

T2 - IEEE International Symposium on Medical Measurements and Applications

Y2 - 4 May 2013 through 5 May 2013

ER -

Measurement of in-vivo patella kinematics using motion analysis and ultrasound (MAUS)

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