Dear Biomechers,
I am currently studying the coupled motion of the lumbar spine and pelvis
(lumbo-pelvic rhythm) during a pre-post operative timeframe in patients with
spinal stenosis to determine if a coupled-motion approach (sagittal and
transverse planes) would be more effective than the often reported sagittal
plane investigations I have read. I am aware of Dr. William Marras' approach
using electro-potentiomety, however, I am more interested in a 3-D kinematic
approach with local coordinate systems for the lumbar spine, pelvis, and
femur.
Is anyoneaware of any good targeting schemes for such an approach? Are the
equations generally available? Am I re-inventing the wheel?
Also, is anyone aware of an anatomically-detailed model of the lumbar spine
having been developed using the program Working Model 3-D?
Thanks all,
Daniel J. Wilson, Ph.D.
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I am currently studying the coupled motion of the lumbar spine and pelvis
(lumbo-pelvic rhythm) during a pre-post operative timeframe in patients with
spinal stenosis to determine if a coupled-motion approach (sagittal and
transverse planes) would be more effective than the often reported sagittal
plane investigations I have read. I am aware of Dr. William Marras' approach
using electro-potentiomety, however, I am more interested in a 3-D kinematic
approach with local coordinate systems for the lumbar spine, pelvis, and
femur.
Is anyoneaware of any good targeting schemes for such an approach? Are the
equations generally available? Am I re-inventing the wheel?
Also, is anyone aware of an anatomically-detailed model of the lumbar spine
having been developed using the program Working Model 3-D?
Thanks all,
Daniel J. Wilson, Ph.D.
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For information and archives: http://www.bme.ccf.org/isb/biomch-l
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