A manual of operative surgery . i# wtpt FIG. 464.—DIAGRAM OF HUMERUS ATAGE OF 15. A, Internal epicondyle ; B, Line of at-tachment of anterior part of FIG. 465.—UPPER END OF THE RADIUS in A subject aged 15. [AfterOilier.)A, Epiphysis ; B b, Synovial membrane. posterior interosseous, which is placed in jeopardy when the upperend of the radius is being bared. The lower epiphysis of the humerus is of large size, and containsfour separate osseous nuclei. The main mass of the epiphysis joinsthe shaft about the sixteenth or seventeenth year, the nucleus formingthe internal condyle joins at
A manual of operative surgery . i# wtpt FIG. 464.—DIAGRAM OF HUMERUS ATAGE OF 15. A, Internal epicondyle ; B, Line of at-tachment of anterior part of FIG. 465.—UPPER END OF THE RADIUS in A subject aged 15. [AfterOilier.)A, Epiphysis ; B b, Synovial membrane. posterior interosseous, which is placed in jeopardy when the upperend of the radius is being bared. The lower epiphysis of the humerus is of large size, and containsfour separate osseous nuclei. The main mass of the epiphysis joinsthe shaft about the sixteenth or seventeenth year, the nucleus formingthe internal condyle joins at the eighteenth year. That part of theepiphysis which forms the radial condyle and the trochlea is withinthe capsule of the joint. That part which forms the two epicondylesis without the synovial cavity (Fig. 464). The upper epiphysis of the radius forms the head of the bone, iswithin the synovial cavity of the joint, and joins the shaft betweenthe sixteenth and seventeenth years (Fig. 465). The olecranon process is mainly formed from the diaphysis ; in-deed, more than three-fourths of its greater sigmoid cavity belongsto that segment of the bone. CHAP
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Keywords: ., bookcentury1900, booksub, booksubjectsurgicalproceduresoperative
