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Download scientific diagram | Three-dimensional rotations about each costovertebral joint. Rib motions are conventionally described relative to three anatomical axes; (A) and (D) "Bucket handle" rotation about a dorsoventral axis (blue arrow; see Supplementary Video S1); (B) and (E) caliper rotation about a craniocaudal axis (green arrow; see Supplementary Video S2); and (C) and (F) Pump handle rotation about a mediolateral axis (red arrow; see Supplementary Video S3), that is, long-axis rotation about the neck of the rib. Note: (A), (B), and (C) are cranial (frontal) views of vertebrae and left rib; (D), (E), and (F) are lateral views of the same vertebrae and left rib (cranial is to the left); colored tracers indicate path of distal rib tip; transparent colored ribs indicate rib position after rotation about the corresponding axis. from publication: Reaction Forces and Rib Function During Locomotion in Snakes | Locomotion in most tetrapods involves coordinated efforts between appendicular and axial musculoskeletal systems, where interactions between the limbs and the ground generate vertical (GV), horizontal (GH), and mediolateral (GML) ground-reaction forces that are transmitted to | Snakes, Locomotion and Ribs | ResearchGate, the professional network for scientists.
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John CAPANO, Healthcare, Strategy Consultant and Market Researcher, Doctor of Philosophy
Biomechanics of the Spine: the Motion of Separate Vertebrae
Three-dimensional dynamics of a climbing gecko in a trotting gait. a
Stability of a gecko. a Support triangle of a gecko represents its
PDF) Reaction Forces and Rib Function During Locomotion in Snakes
Three-dimensional dynamics of a climbing gecko in a trotting gait. a
Contribution of ground reaction forces and the lateral undulation
John CAPANO, Healthcare, Strategy Consultant and Market Researcher, Doctor of Philosophy
John CAPANO, Healthcare, Strategy Consultant and Market Researcher, Doctor of Philosophy