... unloading, individual MMIs from the proximal to distal end of the cortical bone were calculated. biomechanics bone orthopaedics skeletal unloading bone quality growing mice gender differences site differences Bone is sensitive to mechanical signals, which are important...

... 2011 27 09 2011 03 11 2011 03 11 2011 biomagnetism biomechanics biomedical materials biomedical measurement bone magnetic sensors orthopaedics patient diagnosis prosthetics total hip replacement aseptic loosening loosening sensor in vivo measurement diagnostic...

... 2011 11 10 2011 11 10 2011 biochemistry biological fluid dynamics bioreactors bone cellular biophysics foams macromolecules molecular biophysics orthopaedics porous materials proteins pulsatile flow tissue engineering mesenchymal stem cells PLGA pulsatile perfusion...

... orthopaedics physiological models biomechanics vertebral fracture in vitro porcine model While vertebral burst fractures have been widely studied, their treatments remain difficult because of their potential unstable nature and associated neurologic deficit [( 1 ), 2 ]. Many experimental...

.... 10 12 2010 13 08 2011 20 09 2011 20 09 2011 bending biomechanics bone durability finite element analysis kinematics orthopaedics polymers prosthetics rods (structures) titanium PEEK polyetheretherketone lumbar fusion semi-rigid dynamic stabilization...

...Habiba Bougherara; Ehsan Rahim; Suraj Shah; Anton Dubov; Emil H. Schemitsch; Rad Zdero With the resurgence of composite materials in orthopaedic applications, a rigorous assessment of stress is needed to predict any failure of bone-implant systems. For current biomechanics research, strain gage...

... generation orthopaedics patient treatment phantoms bone mineral density finite element analysis geometry material assignment mesh size Computationally based, noninvasive assessment of vertebral strength and stiffness holds great promise for the study of age-related bone fragility...

... registration medical image processing orthopaedics stress-strain relations trabecular bone microdamage microcomputed tomography finite element analysis image registration Trabecular bone is a complex arrangement of interconnected rods and plates. This structure possesses a high bone...

... and the ground. pes planus flatfoot foot structure cadaver stance phase robot gait analysis kinematics medical disorders medical robotics orthopaedics physiological models surgery Gould , N. , Schneider , W. , and Ashikaga , T. , 1980 , “ Epidemiological Survey...

... image motion analysis kinematics medical image processing orthopaedics photogrammetry video signal processing An important assumption in this validation for video-based motion analysis as the measurement modality was the absence of skin motion artifact. It is our intention to use...

... 2011 bone gait analysis medical disorders orthopaedics gait retraining osteoarthritis knee adduction moment real-time feedback Tibiofemoral joint osteoarthritis (TFOA) is a significant public health concern that affects millions of people. Progression of the disease is more...

... Orthopaedic Biomechanics and Mechano-Biology , V. C. Mow and R. Huiskes , eds., Lippincott Williams, Wilkins , Philadelphia, PA , pp. 196 – 197 . Yoganandan , N. , Knowles , S. A. , Maiman , D. J. , and Pintar , F. A. , 2003 , “ Anatomic Study of the Morphology...

... 01 11 2010 biological tissues biomechanics bone diseases elastic moduli finite element analysis orthopaedics physiological models tensile strength The glenohumeral joint is the most dislocated major joint in the body, and greater than 80% of dislocations occur in the anterior...

... neurophysiology orthopaedics strain measurement Recent experimental and geometrically accurate three-dimensional finite element models have been developed in an attempt to determine the mechanisms of burst fractures in the spine. For example, in 1995 Tran et al. ( 1 ) used bovine lumbar spinal motion...

...) finite element analysis mechanical strength orthopaedics prosthetics hip resurfacing cancellous bone composite femur finite element modeling Hip resurfacing is emerging as a viable option to total hip replacement in the younger, more active patient with end-stage osteoarthritis...

...Sharon Shacham; David Castel; Amit Gefen This study aimed at measuring the static coefficient of friction ( μ ) between bone and skeletal muscle tissues in order to support finite element (FE) modeling in orthopaedic and rehabilitation research, where such contact conditions need to be defined...

... 22 04 2010 22 04 2010 biological tissues biomechanics elastic constants elasticity finite element analysis internal stresses molecular biophysics orthopaedics proteins annulus fibrosus finite element modeling spine intervertebral disk kinematics strain energy density...

... necessary to implement our framework in practice. 20 05 2009 17 12 2009 06 01 2010 25 03 2010 25 03 2010 biomechanics bone closed loop systems mechanical stability medical control systems muscle neurophysiology optimal control orthopaedics patient rehabilitation...

... and material of an implant) to correct implant sizing. 05 08 2009 22 09 2009 05 10 2009 28 01 2010 28 01 2010 biomechanics mechanical contact orthopaedics prosthetics knee meniscus sensor cadaver pressure distribution The medial meniscus plays an important...

..., and look at effects of design and implantation technique variation. The authors wish to thank Luigi Lena for the illustrations. This research was partially supported by the Nuffield Orthopaedic Centre General Charity: Hip and Knee Research and Development Fund. Amstutz , H. C...