![]() Challenger Zool Rep 5:1–192ĭay MH, Napier JR (1961) The two heads of flexor pollicis brevis. Challenger in the years 1873–1876 with an account of the comparative anatomy of the intrinsic muscles and nerves of the mammalian pes. Ergeb Anat Entwicklungsgesch 46:1–194Ĭunningham DJ (1882) Report on some points of the anatomy of the thylacine ( Thylacinus cynocephalus), cuscus ( Phalangista maculata) and phascogale ( Phascogale calura) collected during the voyage of H.M.S. Čihák R (1972) Ontogenesis of the skeleton and intrinsic muscles of the human hand and foot. Lippincott, PhiladelphiaĬampbell B (1939) The comparative anatomy of the dorsal interosseous muscles. Studies from the Museum of Zoology in University College, Dundee, pp 1–17īunnell S (1944) Surgery of the hand. Guys Hosp Rep 97:185–197īrooks HSJ (1889) On the morphology of the muscles of the extensor aspect of the middle and distal segments of the limbs: with an account of the various paths which are adopted by the nerve-trunks in these segments, 1. Am J Phys Med 55:122–138īraithwaite F, Channell GD, Moore FT, Whillis J (1948) The applied anatomy of the lumbrical and interosseous muscles of the hand. Abhandlungen der Bayerischen Akademie der Wissenschaften, Mathematisch-Physikalische Klasse 10:197–297īelson P, Smith LK, Puentes J (1976) Motor innervation of the flexor pollicis brevis: an electromyographic study. J Morphol 274:275–293īischoff TLW (1870) Beiträge zur Anatomie des Hylobates leuciscus und zu einer vergleichenden Anatomie der Muskeln der Affen und des Menschen. Williams and Wilkins, Baltimoreīello-Hellegouarch G, Aziz MA, Ferrero EM, Kern M, Francis N, Diogo R (2013) “Pollical palmar interosseous muscle” ( Musculus adductor pollicis accessorius): attachments, innervation, variations, phylogeny, and implications for human evolution and medicine. Their functions revealed by electromyography, 4th edn. ![]() Proc Zool Soc Lond 1894:354–376īasmajian JV (1979) Muscles alive. J Anat 88:133–141īardeleben K (1894) On the bones and muscles of the mammalian hand and foot. Primates 27:293–319īackhouse KM, Catton WT (1954) An experimental study of the functions of the lumbrical muscles in the human hand. J Zool 194:539–552Īziz MA, Dunlap SS (1986) The human extensor digitorum profundus muscle with comments on the evolution of the human hand. Springer, Vienna, pp 199–205Īlexander RMN, Jayes AS, Maloiy GMO, Wathuta EM (1981) Allometry of the leg muscles in mammals. In: Preuschoft H, Chivers DJ (eds) Hands of primates. This process is experimental and the keywords may be updated as the learning algorithm improves.Īlexander RMN (1993) Joints and muscles of hands and paws. These keywords were added by machine and not by the authors. The functional roles of selected hand muscles are briefly presented throughout the chapter. The chapter has three main sections: (1) summary of the basic organization and homologies of the musculature of the human hand, (2) comparison of major differences in hand musculature between primates and other pentadactyl mammals, and (3) suggestions for areas of future research on the hand musculature of primates. Our goal is to provide a comprehensive background on the hand musculature of primates while preserving this multidisciplinary theme. This multidisciplinary perspective using comparative, functional, and even clinical approaches is recurrent in the writings of Frederic Wood Jones and John Napier on the hand musculature. While comparative anatomists have been preoccupied in establishing hand muscle homologies and documenting differences between species, clinical anatomists aimed at uncovering how muscles produce complex movements of the hand. The musculature responsible for movement of the hand has been a topic of choice among anatomists, biological anthropologists, clinicians, and other students of the human body.
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