Cunningham's textbook of anatomyW. Wood, 1818 - 1577 pages |
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Page 5
... position and possess a similar structure , but not invariably so . It is not uncommon for a muscle to wander somewhat from its original position , and many cases could be quoted in which parts have become completely transformed in ...
... position and possess a similar structure , but not invariably so . It is not uncommon for a muscle to wander somewhat from its original position , and many cases could be quoted in which parts have become completely transformed in ...
Page 11
... position and possess a similar structure , but not invariably so . It is not uncommon for a muscle to wander somewhat from its original position , and many cases could be quoted in which parts have become completely transformed in ...
... position and possess a similar structure , but not invariably so . It is not uncommon for a muscle to wander somewhat from its original position , and many cases could be quoted in which parts have become completely transformed in ...
Page 85
... position of the epiphyseal line . If the bone is macerated at this stage of growth , the epiphysis falls away from the diaphysis . In the case of the articular ends of bone it will be noticed that the surfaces exposed by the separation ...
... position of the epiphyseal line . If the bone is macerated at this stage of growth , the epiphysis falls away from the diaphysis . In the case of the articular ends of bone it will be noticed that the surfaces exposed by the separation ...
Page 108
... position in the body is oblique from above downwards and forwards ; its axis , if prolonged upwards , would touch the vertebral column opposite the third or fourth cervical vertebra . Though liable to changes in position by the rising ...
... position in the body is oblique from above downwards and forwards ; its axis , if prolonged upwards , would touch the vertebral column opposite the third or fourth cervical vertebra . Though liable to changes in position by the rising ...
Page 118
... position of each trochlear pit ; and a centre for each zygomatic process . Fusion between these secondary and the primary centres is usually complete about the sixth or seventh month of foetal life . At birth the two symmetrical halves ...
... position of each trochlear pit ; and a centre for each zygomatic process . Fusion between these secondary and the primary centres is usually complete about the sixth or seventh month of foetal life . At birth the two symmetrical halves ...
Expressions et termes fréquents
adductor amnion angle arch artery articular surface articulation aspect attached backwards body bone border brain brevis calcaneus canal capsule carpi cartilage caudal cavity cells centre cerebellum cerebral cerebral hemisphere cervical chorion cœlom column condyle connexion corpus corpus callosum crest distal dorsal embryo entodermal ethmoid extensor external facet fascia fasciculus fibres fissure foramen fossa fourth ventricle front frontal funiculus gray matter groove head hemisphere humerus inferior insertion interosseous joint lamina lateral side lateralis layer ligament longus lumbar margin maxilla medial side median plane medulla oblongata membrane mesencephalon mesoderm muscle nasal nerve neural notch nucleus obliquely occipital occipital bone orbital origin passes pelvic plantar pollicis pons portion posterior posteriorly primitive proximal pterygoid radial rectus region separated septum sinus sphenoid spinal medulla spine Sulcus superior suture temporal tendon thalamus thoracic tract transverse processes trigeminal nerve trophoblast tube tubercle upper ventral ventricle vertebral vesicle volar wall whilst zygomatic