Add to ORKGRecently, few diagnostic ultrasonic methods have been developed towards in vivo use. An important diagnostic parameter, cartilage thickness, can be determined reliably with ultrasound (US), once the ultrasound speed in tissue is appropriately pre-defined. Cartilag
Articular cartilage (AC) is a biological weight-bearing tissue covering the bone ends of articulatin...
Medical Imaging 2003 : Ultrasonic Imaging and Signal Processing, San Diego, CA, 15-20 Feb, 2003Artic...
Objective: We have previously developed a handheld ultrasound indentation instrument for the diagnos...
Mechano-acoustic and elastographic techniques may provide quantitative means for the in vivo diagnos...
Elastographic and mechano-acoustic techniques have been developed for the determination of interstit...
In ultrasound elastography, tissue strains are determined by localizing changes in ultrasound echoes...
Ultrasound indentation measurements have been shown to provide means to assess cartilage integrity a...
Ultrasound (US) imaging and measurement have been widely used for the assessment of articular cartil...
High-frequency ultrasound (US) measurements may provide means for the quantification of articular ca...
INTRODUCTION: Physically, ultrasound (US) attenuation depends on the absorption and scattering prope...
The change of the ultrasound (US) speed in articular cartilage (artC) under applied strain condition...
Mechanical properties of articular cartilage may be determined by means of mechano-acoustic indentat...
Ultrasound (US) elastography is a mechano-acoustic method in which elastic properties of soft tissue...
The unknown and variable speed of sound may impair accuracy of the acoustic measurement of cartilage...
Osteoarthrosis is the most important joint disease that threatens health of the musculoskeletal syst...
Articular cartilage (AC) is a biological weight-bearing tissue covering the bone ends of articulatin...
Medical Imaging 2003 : Ultrasonic Imaging and Signal Processing, San Diego, CA, 15-20 Feb, 2003Artic...
Objective: We have previously developed a handheld ultrasound indentation instrument for the diagnos...
Mechano-acoustic and elastographic techniques may provide quantitative means for the in vivo diagnos...
Elastographic and mechano-acoustic techniques have been developed for the determination of interstit...
In ultrasound elastography, tissue strains are determined by localizing changes in ultrasound echoes...
Ultrasound indentation measurements have been shown to provide means to assess cartilage integrity a...
Ultrasound (US) imaging and measurement have been widely used for the assessment of articular cartil...
High-frequency ultrasound (US) measurements may provide means for the quantification of articular ca...
INTRODUCTION: Physically, ultrasound (US) attenuation depends on the absorption and scattering prope...
The change of the ultrasound (US) speed in articular cartilage (artC) under applied strain condition...
Mechanical properties of articular cartilage may be determined by means of mechano-acoustic indentat...
Ultrasound (US) elastography is a mechano-acoustic method in which elastic properties of soft tissue...
The unknown and variable speed of sound may impair accuracy of the acoustic measurement of cartilage...
Osteoarthrosis is the most important joint disease that threatens health of the musculoskeletal syst...
Articular cartilage (AC) is a biological weight-bearing tissue covering the bone ends of articulatin...
Medical Imaging 2003 : Ultrasonic Imaging and Signal Processing, San Diego, CA, 15-20 Feb, 2003Artic...
Objective: We have previously developed a handheld ultrasound indentation instrument for the diagnos...