File:A manual on foot care and shoe fitting for officers of the U.S. Navy and U.S. Marine corps (1920) (14597413648).jpg

Identifier: cu31924031243045 (find matches)
Title: A manual on foot care and shoe fitting for officers of the U.S. Navy and U.S. Marine corps
Year: 1920 (1920s)
Authors: Mann, William Leake Folsom, Spencer Augustus, joint author
Subjects: United States. Navy United States. Marine Corps Foot Boots Footwear Shoes
Publisher: Philadelphia, P. Blakiston's Son & Co
Contributing Library: Cornell University Library
Digitizing Sponsor: MSN

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Text Appearing Before Image:
tfl lU I, « w d K -•-• V .^ 0) .rt +J + rf S H 0) g iH l2 ^ r S ^ S w g o § o B gt^-^ ^ „wC J, ■3 Sj -a ^ ^a ^«sS « 1-1 o o ^ « H - ■ • o m M g I—I -J 2 +* D u d 01 til ANATOMY AND PHYSIOLOGY II The longitudinal arch, on the inner side of the foot extendsfrom the heel bone (Os Calcis) to the distal end of the first
Text Appearing After Image:
Fig. 3.—Muscles con- Pig. 4.-e-Deep muscles of foot. Muscles trolling lateral toe action. and tendons controlling toe action. (C««-(Cunningham.) ningham.) metatarsal bone. (See illustration No. 2.) Thig is definitelyformed by the inherent structural concavity of the bones held 12 FOOT CARE AND SHOE FITTING among themselves by ligaments and supported from below bydeveloped muscle layers. The anterior arch is formed by the distal ends of the meta-tarsal bones. (SeeillustrationNo. s.) The muscular develop-ment concerned in sustaining this arch is not so great as in thelongitudinal. A B Fig. 3.—Cross section of feet showing metatarsal bones forming anterior arch. A shows formation of anterior arch by dit.tal ends of metatarsal bones.Note convexity of instep, dotted line indicating integrity of arch and con-cavity formed on the plane C. B shows fallen anterior arch. Note flat or convex instep, dotted line andabsence of concavity on the plane C. A tripod is formed by the structure of

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