Anatomy and physiology : designed for academies and families . Fig. 51. 7, The humerus. 6, The radius. 5, The nlna. 3, The ligament that con-nects the radius and ulna. 2, The posterior ligament that connects the humerus andnlna. 1, The external lateral ligament that connects the humerus and radius. Fig. 52. 7, The humerus. 6, The radius. 5, The ulna. 3, The inter-osseons liga-ment that connects the radius and ulna. 2, The external lateral ligament. 1, The in-ternal lateral ligament. Fig. 51 is an external view of the joint, while 52 is an internal The elbow is more complicated than the shoulde
Anatomy and physiology : designed for academies and families . Fig. 51. 7, The humerus. 6, The radius. 5, The nlna. 3, The ligament that con-nects the radius and ulna. 2, The posterior ligament that connects the humerus andnlna. 1, The external lateral ligament that connects the humerus and radius. Fig. 52. 7, The humerus. 6, The radius. 5, The ulna. 3, The inter-osseons liga-ment that connects the radius and ulna. 2, The external lateral ligament. 1, The in-ternal lateral ligament. Fig. 51 is an external view of the joint, while 52 is an internal The elbow is more complicated than the shoulder joint, but is less frequently dislo-cated • yet, when it is displaced, the injury is more serious and less manageable thanin joints of more simple structure. This is true of other complex joints, as the kneaand ankle In no instance, when the ligaments of a joint are in a healthy condition,can there be displacement of the bones without laceration of some >f the ligaments,the assertion of empirics to the * 90 ANATOMY AND PHYSIOLOGY. Fig. 53. F
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Keywords: ., bookcentury1800, bookdecade1840, booksubjectanatomy, bookyear1847
