PubMed · 1983 · 60 citations · 0 references
MedicineAnatomyMechanobiologyOrthopedic BiomechanicsOrthopedicsAnatomy Of The Upper LimbElbow AnatomyJoint BiomechanicsJoint MechanicsShoulder AnatomyShoulder BiomechanicsCollagen Fiber StructureElbow Capsule AnatomyMechanical Force GenerationMechanical Stress ResponseOssicular JointsShoulder Capsule AnatomyShoulder Joint AnatomyShoulder Joint Mechanics
To compare the collagen structure of the shoulder joint with that of other joints, the collagen of shoulder, elbow, and hip joints was examined electron microscopically, electrophoretically, and by its response to mechanical stress. Collagen Types I, III, and V were common to joint capsules. Electron microscopy of shoulder and elbow joint capsules did not identify any structural difference. When subjected to a mechanical force, the shoulder joint showed a greater capacity to stretch than the elbow joint, and greater force was required to break the shoulder joint than the elbow joint.