<p>Schematic representation of a movement arc (curved arrow) elicited by one bone (light grey) with respect to another and brought about by contraction of multiple muscles (dark grey) with varying forces (<i>F</i>) with differing angles of insertion (<i>θ</i>).</p
In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...
<p>(A) F1 alone; (B) F2 alone; (C) F3 alone; (D) F1 plus F2; (E) F1 plus F3; (F) F1, F2 and F3 at th...
<p>Forces and moments acting on link <i>i</i> (A), bending moments are determined by muscles on bot...
The arrow within each figure indicates gives a representation of the resultant force vector.</p
The general signal flow in the diagram is from left to right. Signal sources of the model are shown ...
<p>Representation of the simulated arm and its two antagonist muscles. F1: force developed by muscle...
<p>(A) Three-dimensional images of vertebral bodies (a chimpanzee vertebra shown) were converted int...
<p>(A) A schematic drawing of a cross-section of <i>C. elegans</i> (adapted from wormatlas.org). The...
<p>Schematic representation of cantilever deflection system for recording myotube contractions.</p
<p>The arrow blocks reflect the processes, with input and output signals. For each input, the plus o...
Computer generated three-dimensional (3-D) models are being used at increasing rates in the fields o...
<p>(A) Schematic of the bending vector in a 3-D skeleton. The arrows indicate the bending vector at ...
<p>Illustrated are the boundary conditions, as well as the muscle attachments on the lateral left an...
(A) Schematic depiction of upper arm and forearm with elbow joint together with biceps and triceps b...
Item does not contain fulltextComplex movements are generally thought to consist of a series of simp...
In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...
<p>(A) F1 alone; (B) F2 alone; (C) F3 alone; (D) F1 plus F2; (E) F1 plus F3; (F) F1, F2 and F3 at th...
<p>Forces and moments acting on link <i>i</i> (A), bending moments are determined by muscles on bot...
The arrow within each figure indicates gives a representation of the resultant force vector.</p
The general signal flow in the diagram is from left to right. Signal sources of the model are shown ...
<p>Representation of the simulated arm and its two antagonist muscles. F1: force developed by muscle...
<p>(A) Three-dimensional images of vertebral bodies (a chimpanzee vertebra shown) were converted int...
<p>(A) A schematic drawing of a cross-section of <i>C. elegans</i> (adapted from wormatlas.org). The...
<p>Schematic representation of cantilever deflection system for recording myotube contractions.</p
<p>The arrow blocks reflect the processes, with input and output signals. For each input, the plus o...
Computer generated three-dimensional (3-D) models are being used at increasing rates in the fields o...
<p>(A) Schematic of the bending vector in a 3-D skeleton. The arrows indicate the bending vector at ...
<p>Illustrated are the boundary conditions, as well as the muscle attachments on the lateral left an...
(A) Schematic depiction of upper arm and forearm with elbow joint together with biceps and triceps b...
Item does not contain fulltextComplex movements are generally thought to consist of a series of simp...
In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...
<p>(A) F1 alone; (B) F2 alone; (C) F3 alone; (D) F1 plus F2; (E) F1 plus F3; (F) F1, F2 and F3 at th...
<p>Forces and moments acting on link <i>i</i> (A), bending moments are determined by muscles on bot...