<p>Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib cage (= W/o RC) in the single motion planes for all functional spinal units and a pure bending moment of 2 Nm (n = 6).</p
<p>Range of Motion (ROM) illustrated schematically for a single intervertebral joint of <i>Giraffati...
<p>Ranges of motion profiles of the cervical segments of the four groups before the fatigue test in ...
Abstract Background The neutral zone (NZ) is the range over which a spinal motion segment (SMS) move...
<p>Ranges of motion (ROM) and neutral zones (NZ) of the thoracic spine (T1-T12) are shown for the si...
Range of motion (ROM) of intact spinal models from literature and this study.</p
Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).</p
Range of motion of every specimen under the different conditions (flexion/extension, nucleotomy/disc...
Spine disorders are one of the most prevalent and costly problems facing modern medicine, with an es...
<p>Variations of the degree of movement compared to healthy model through the four movements simulat...
Basic knowledge about the thoracic spinal flexibility is limited and to the authors' knowledge, no i...
Most of the current rigid-body models of the complete thoracolumbar spine do not properly model the ...
Aim: Studies of spinal biomechanics typically do not focus on the contributions to range of motion (...
Little is known about the biomechanics of the thoracic spine. Biomechanical in-vitro-experiments are...
<p>Mean of peak spine motion from T12 to L2 in flexion and extension for each of the 4 test conditio...
<p>Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...
<p>Range of Motion (ROM) illustrated schematically for a single intervertebral joint of <i>Giraffati...
<p>Ranges of motion profiles of the cervical segments of the four groups before the fatigue test in ...
Abstract Background The neutral zone (NZ) is the range over which a spinal motion segment (SMS) move...
<p>Ranges of motion (ROM) and neutral zones (NZ) of the thoracic spine (T1-T12) are shown for the si...
Range of motion (ROM) of intact spinal models from literature and this study.</p
Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).</p
Range of motion of every specimen under the different conditions (flexion/extension, nucleotomy/disc...
Spine disorders are one of the most prevalent and costly problems facing modern medicine, with an es...
<p>Variations of the degree of movement compared to healthy model through the four movements simulat...
Basic knowledge about the thoracic spinal flexibility is limited and to the authors' knowledge, no i...
Most of the current rigid-body models of the complete thoracolumbar spine do not properly model the ...
Aim: Studies of spinal biomechanics typically do not focus on the contributions to range of motion (...
Little is known about the biomechanics of the thoracic spine. Biomechanical in-vitro-experiments are...
<p>Mean of peak spine motion from T12 to L2 in flexion and extension for each of the 4 test conditio...
<p>Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...
<p>Range of Motion (ROM) illustrated schematically for a single intervertebral joint of <i>Giraffati...
<p>Ranges of motion profiles of the cervical segments of the four groups before the fatigue test in ...
Abstract Background The neutral zone (NZ) is the range over which a spinal motion segment (SMS) move...