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Pubis bone Black & White Stock Photos
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362706.htmlRF2R2J87E–Anatomy of the pelvis bones, illustration
Pelvic bone isometric isolated. 3D Bones Anatomy. Human bone system Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pelvic-bone-isometric-isolated-3d-bones-anatomy-human-bone-system-image226337280.htmlRFR46FE8–Pelvic bone isometric isolated. 3D Bones Anatomy. Human bone system
Human: pelvic bone, I) sacrum, II) iliac, III) ischial bone, IV) pubis, 1, 2) iliac crest, 3,4) sublimity of iliac bone, 5) anterior iliac spine, 6) anterior iliac bone, 7) anterior iliac spine , 14) descending limb of the ischial bone, 15) ischial tuberosity, 16) ascending ischial bone, 17) pubis, 18) transverse branch of pubis, 19) pubic hump, 20) hip hole, 21) rim, 22) acetabulum, 26) pubic ridge , 27) pubic symphysis, 28) articular surface of the uppermost sacral vertebra, 29) sacral ridges, 30) anterior sacral pits, 32) sacral point, 33) sacral wing, 34) intestinal cruciate fissure, 35) p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-pelvic-bone-i-sacrum-ii-iliac-iii-ischial-bone-iv-pubis-1-2-iliac-crest-34-sublimity-of-iliac-bone-5-anterior-iliac-spine-6-anterior-iliac-bone-7-anterior-iliac-spine-14-descending-limb-of-the-ischial-bone-15-ischial-tuberosity-16-ascending-ischial-bone-17-pubis-18-transverse-branch-of-pubis-19-pubic-hump-20-hip-hole-21-rim-22-acetabulum-26-pubic-ridge-27-pubic-symphysis-28-articular-surface-of-the-uppermost-sacral-vertebra-29-sacral-ridges-30-anterior-sacral-pits-32-sacral-point-33-sacral-wing-34-intestinal-cruciate-fissure-35-p-image243291611.htmlRMT3PTX3–Human: pelvic bone, I) sacrum, II) iliac, III) ischial bone, IV) pubis, 1, 2) iliac crest, 3,4) sublimity of iliac bone, 5) anterior iliac spine, 6) anterior iliac bone, 7) anterior iliac spine , 14) descending limb of the ischial bone, 15) ischial tuberosity, 16) ascending ischial bone, 17) pubis, 18) transverse branch of pubis, 19) pubic hump, 20) hip hole, 21) rim, 22) acetabulum, 26) pubic ridge , 27) pubic symphysis, 28) articular surface of the uppermost sacral vertebra, 29) sacral ridges, 30) anterior sacral pits, 32) sacral point, 33) sacral wing, 34) intestinal cruciate fissure, 35) p
The pelvis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-the-pelvis-13234395.htmlRFACWANG–The pelvis
Elements of the principles and practice of midwifery . e posterior or lateral positions of the chin so dif-ficult, and forms the most important peculiarity in the mechanismsof the different face positions. All these positions would be nearlyequally favourable, were it not for this circumstance. A glance atthe two figures will indicate our meaning. In figure 19, the chinhas made its appearance from underthe symphysis pubis, while the bodyof the inferior maxillary bone is ap-plied to its posterior face, so thatwhen arrived at this point, the headbecomes flexed, and the face, fore-head, and verte Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-the-principles-and-practice-of-midwifery-e-posterior-or-lateral-positions-of-the-chin-so-dif-ficult-and-forms-the-most-important-peculiarity-in-the-mechanismsof-the-different-face-positions-all-these-positions-would-be-nearlyequally-favourable-were-it-not-for-this-circumstance-a-glance-atthe-two-figures-will-indicate-our-meaning-in-figure-19-the-chinhas-made-its-appearance-from-underthe-symphysis-pubis-while-the-bodyof-the-inferior-maxillary-bone-is-ap-plied-to-its-posterior-face-so-thatwhen-arrived-at-this-point-the-headbecomes-flexed-and-the-face-fore-head-and-verte-image342933188.htmlRM2AWWXNT–Elements of the principles and practice of midwifery . e posterior or lateral positions of the chin so dif-ficult, and forms the most important peculiarity in the mechanismsof the different face positions. All these positions would be nearlyequally favourable, were it not for this circumstance. A glance atthe two figures will indicate our meaning. In figure 19, the chinhas made its appearance from underthe symphysis pubis, while the bodyof the inferior maxillary bone is ap-plied to its posterior face, so thatwhen arrived at this point, the headbecomes flexed, and the face, fore-head, and verte
Set Of 13 simple editable icons such as Hip Bone, Human Foot, Small Intestine, Muscle, Bronchioles, Female Pubis, Big Moustache, Eyebrow, Cellule can Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/set-of-13-simple-editable-icons-such-as-hip-bone-human-foot-small-intestine-muscle-bronchioles-female-pubis-big-moustache-eyebrow-cellule-can-image186926557.htmlRFMT36MD–Set Of 13 simple editable icons such as Hip Bone, Human Foot, Small Intestine, Muscle, Bronchioles, Female Pubis, Big Moustache, Eyebrow, Cellule can
. A manual of zoology. PHYLUM CHORDATA 5°3 the pubis, but by a small intercalated ossification, the cotyloid bone. The ilium (il) has a rough surface for articulation with the sacrum. Between the. pubis (pub) in front and the ischium (isch) behind is a large aperture, the obturator foramen (obi). The femur has at its proximal end a prominent head for articulation with the acetabulum, external to this a prominent process, the great trochanter, and internally a much smaller, the lesser trochanter, while a small process or third trochanter is situated on the outer border a little below the great Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-53-the-pubis-but-by-a-small-intercalated-ossification-the-cotyloid-bone-the-ilium-il-has-a-rough-surface-for-articulation-with-the-sacrum-between-the-pubis-pub-in-front-and-the-ischium-isch-behind-is-a-large-aperture-the-obturator-foramen-obi-the-femur-has-at-its-proximal-end-a-prominent-head-for-articulation-with-the-acetabulum-external-to-this-a-prominent-process-the-great-trochanter-and-internally-a-much-smaller-the-lesser-trochanter-while-a-small-process-or-third-trochanter-is-situated-on-the-outer-border-a-little-below-the-great-image216442039.htmlRMPG3P0R–. A manual of zoology. PHYLUM CHORDATA 5°3 the pubis, but by a small intercalated ossification, the cotyloid bone. The ilium (il) has a rough surface for articulation with the sacrum. Between the. pubis (pub) in front and the ischium (isch) behind is a large aperture, the obturator foramen (obi). The femur has at its proximal end a prominent head for articulation with the acetabulum, external to this a prominent process, the great trochanter, and internally a much smaller, the lesser trochanter, while a small process or third trochanter is situated on the outer border a little below the great
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362696.htmlRF2R2J874–Anatomy of the pelvis bones, illustration
Pelvis and femur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-pelvis-and-femur-13228808.htmlRFACTP3N–Pelvis and femur
A manual of anatomy . nes. Its superficial surface is strengthened by the interlacementof fibers from the tendons and aponeuroses of the adjacent muscles. The dorsal pubic ligament {lig. pubicum posterius) is similarlyarranged but weaker. The superior pubic ligament {lig. pubicum superius) is weak andextends from one pubic crest to the other. The arcuate, or inferior ligament {lig. arcuatum pubis), is quitestrong and extends from the descending ramus of the one pubicbone across the inferior surface of the joint to the inferior ramusof the other pubic bone. THE HIP JOINT 131 The interpiihic dis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-nes-its-superficial-surface-is-strengthened-by-the-interlacementof-fibers-from-the-tendons-and-aponeuroses-of-the-adjacent-muscles-the-dorsal-pubic-ligament-lig-pubicum-posterius-is-similarlyarranged-but-weaker-the-superior-pubic-ligament-lig-pubicum-superius-is-weak-andextends-from-one-pubic-crest-to-the-other-the-arcuate-or-inferior-ligament-lig-arcuatum-pubis-is-quitestrong-and-extends-from-the-descending-ramus-of-the-one-pubicbone-across-the-inferior-surface-of-the-joint-to-the-inferior-ramusof-the-other-pubic-bone-the-hip-joint-131-the-interpiihic-dis-image343372338.htmlRM2AXHXWP–A manual of anatomy . nes. Its superficial surface is strengthened by the interlacementof fibers from the tendons and aponeuroses of the adjacent muscles. The dorsal pubic ligament {lig. pubicum posterius) is similarlyarranged but weaker. The superior pubic ligament {lig. pubicum superius) is weak andextends from one pubic crest to the other. The arcuate, or inferior ligament {lig. arcuatum pubis), is quitestrong and extends from the descending ramus of the one pubicbone across the inferior surface of the joint to the inferior ramusof the other pubic bone. THE HIP JOINT 131 The interpiihic dis
Set Of 13 simple editable icons such as Three Bacteria, Stomach with Liquids, Human Lips, Finger, Female Pubis, Nostril, Bones Joint, Bone can be used Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/set-of-13-simple-editable-icons-such-as-three-bacteria-stomach-with-liquids-human-lips-finger-female-pubis-nostril-bones-joint-bone-can-be-used-image186875365.htmlRFMT0WC5–Set Of 13 simple editable icons such as Three Bacteria, Stomach with Liquids, Human Lips, Finger, Female Pubis, Nostril, Bones Joint, Bone can be used
. Zoology : for students and general readers . Zoology. 396 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or pelvis, consists of tiiree bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is called pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-396-zoology-and-are-reduced-to-cartilaginous-pieces-in-sharks-the-pelvic-girdle-or-pelvis-consists-of-tiiree-bones-ie-one-dorsal-the-ilium-and-two-ventral-the-anterior-of-which-is-called-pubis-and-the-posterior-ischium-the-limbs-each-consist-of-a-single-long-bone-succeeded-by-two-long-bones-followed-by-two-transverse-rows-of-short-wrist-or-ankle-bones-and-five-series-of-long-finger-or-toe-bones-called-phalanges-for-example-in-the-fore-limb-of-most-vertebrates-as-in-the-arm-of-man-to-the-shoulder-gir-dle-ie-at-the-image216373673.htmlRMPG0JR5–. Zoology : for students and general readers . Zoology. 396 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or pelvis, consists of tiiree bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is called pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362679.htmlRF2R2J86F–Anatomy of the pelvis bones, illustration
The pelvis and the femur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-the-pelvis-and-the-femur-13228457.htmlRFACTN2J–The pelvis and the femur
Researches on the Structure, Organization, and Classification of the Fossil Reptilia VII Further Observations on Pareiasaurus . / Sacrum and Pelvis, Pareiasaurus Baini. PLATE 21. Sacrum and pelvis of Pareiasaurus Baini, seen from the ventral aspect, s.1, s.8, s.3, s.*,sacral ribs; il., ilium; 1pp., ossification only seen on the left side,which appears to be an anterior prolongation of the pubis on the inner sideof the ilium (also seen in P. bombidens, Phil. Trans., 1888, B, Plate 19,figs. 1 and 2); f. is the foramen, which passes longitudinally through thepubic bone; p., the pubis, reflected d Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/researches-on-the-structure-organization-and-classification-of-the-fossil-reptilia-vii-further-observations-on-pareiasaurus-sacrum-and-pelvis-pareiasaurus-baini-plate-21-sacrum-and-pelvis-of-pareiasaurus-baini-seen-from-the-ventral-aspect-s1-s8-s3-ssacral-ribs-il-ilium-1pp-ossification-only-seen-on-the-left-sidewhich-appears-to-be-an-anterior-prolongation-of-the-pubis-on-the-inner-sideof-the-ilium-also-seen-in-p-bombidens-phil-trans-1888-b-plate-19figs-1-and-2-f-is-the-foramen-which-passes-longitudinally-through-thepubic-bone-p-the-pubis-reflected-d-image338431511.htmlRM2AJGTRK–Researches on the Structure, Organization, and Classification of the Fossil Reptilia VII Further Observations on Pareiasaurus . / Sacrum and Pelvis, Pareiasaurus Baini. PLATE 21. Sacrum and pelvis of Pareiasaurus Baini, seen from the ventral aspect, s.1, s.8, s.3, s.*,sacral ribs; il., ilium; 1pp., ossification only seen on the left side,which appears to be an anterior prolongation of the pubis on the inner sideof the ilium (also seen in P. bombidens, Phil. Trans., 1888, B, Plate 19,figs. 1 and 2); f. is the foramen, which passes longitudinally through thepubic bone; p., the pubis, reflected d
Set Of 16 simple editable icons such as Blood Supply System, Human Ear, Artery, Female Pubis, Hip Bone, Men Chest, Mouth Open, Tooth and Gums, Bladder Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/set-of-16-simple-editable-icons-such-as-blood-supply-system-human-ear-artery-female-pubis-hip-bone-men-chest-mouth-open-tooth-and-gums-bladder-image187081073.htmlRFMTA7PW–Set Of 16 simple editable icons such as Blood Supply System, Human Ear, Artery, Female Pubis, Hip Bone, Men Chest, Mouth Open, Tooth and Gums, Bladder
. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative. Fig. 98.—Extbenal View op the Right Halp or the Human Pelvis. (From the outer side.) The three bones—ilium (//), ischium {In), and pubis (P)—are shown dis- tinct from one anotlier in the acetabuhim. Fo, obturator for- amen. Fig. 99.—Uiagkam showing the Relations of the Paes Aceta- bularis (in Viverra a'l-etta). J, ilium ; Jf:, ischium ; P, pubis j A, acetabular bone ; Ac, aceta- bulum. in any one order^ is seen in Insectivores, in some of which (e.g.. Mole), as well as in most Bats, there is no symphysis pubis. The' ob Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-the-comparative-anatomy-of-vertebrates-anatomy-comparative-fig-98extbenal-view-op-the-right-halp-or-the-human-pelvis-from-the-outer-side-the-three-bonesilium-ischium-in-and-pubis-pare-shown-dis-tinct-from-one-anotlier-in-the-acetabuhim-fo-obturator-for-amen-fig-99uiagkam-showing-the-relations-of-the-paes-aceta-bularis-in-viverra-al-etta-j-ilium-jf-ischium-p-pubis-j-a-acetabular-bone-ac-aceta-bulum-in-any-one-order-is-seen-in-insectivores-in-some-of-which-eg-mole-as-well-as-in-most-bats-there-is-no-symphysis-pubis-the-ob-image216399588.htmlRMPG1RTM–. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative. Fig. 98.—Extbenal View op the Right Halp or the Human Pelvis. (From the outer side.) The three bones—ilium (//), ischium {In), and pubis (P)—are shown dis- tinct from one anotlier in the acetabuhim. Fo, obturator for- amen. Fig. 99.—Uiagkam showing the Relations of the Paes Aceta- bularis (in Viverra a'l-etta). J, ilium ; Jf:, ischium ; P, pubis j A, acetabular bone ; Ac, aceta- bulum. in any one order^ is seen in Insectivores, in some of which (e.g.. Mole), as well as in most Bats, there is no symphysis pubis. The' ob
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362736.htmlRF2R2J88G–Anatomy of the pelvis bones, illustration
. Birds: the elements of ornithology . form a complete bony cup, thebottom of it being composed of membrane only. The three elements which thus make up each lateral half ofthe pelvis are termed respectively the ilium, the ischium, andthe pubis. * See ante, p. 158. t See ante, p. 188. THE INTEENAL SKELETON. 19s The ilium may be considered as answering to the scapula ofthe thoracic girdle, in spite of the extreme difference of its shapefrom that of the blade-bone of the shoulder *. It is of enormoussize compared to that of Mammals, being greatly extended bothin front of and behind the acetabulum Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/birds-the-elements-of-ornithology-form-a-complete-bony-cup-thebottom-of-it-being-composed-of-membrane-only-the-three-elements-which-thus-make-up-each-lateral-half-ofthe-pelvis-are-termed-respectively-the-ilium-the-ischium-andthe-pubis-see-ante-p-158-t-see-ante-p-188-the-inteenal-skeleton-19s-the-ilium-may-be-considered-as-answering-to-the-scapula-ofthe-thoracic-girdle-in-spite-of-the-extreme-difference-of-its-shapefrom-that-of-the-blade-bone-of-the-shoulder-it-is-of-enormoussize-compared-to-that-of-mammals-being-greatly-extended-bothin-front-of-and-behind-the-acetabulum-image375303490.htmlRM2CPGFC2–. Birds: the elements of ornithology . form a complete bony cup, thebottom of it being composed of membrane only. The three elements which thus make up each lateral half ofthe pelvis are termed respectively the ilium, the ischium, andthe pubis. * See ante, p. 158. t See ante, p. 188. THE INTEENAL SKELETON. 19s The ilium may be considered as answering to the scapula ofthe thoracic girdle, in spite of the extreme difference of its shapefrom that of the blade-bone of the shoulder *. It is of enormoussize compared to that of Mammals, being greatly extended bothin front of and behind the acetabulum
Set Of 13 simple editable icons such as Pancreas, Female Pubis, Human Ear, DNA Sequence, Masculine Chromosomes, Gallbladder, Bladder, Lips, Foot Bones Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/set-of-13-simple-editable-icons-such-as-pancreas-female-pubis-human-ear-dna-sequence-masculine-chromosomes-gallbladder-bladder-lips-foot-bones-image186925895.htmlRFMT35TR–Set Of 13 simple editable icons such as Pancreas, Female Pubis, Human Ear, DNA Sequence, Masculine Chromosomes, Gallbladder, Bladder, Lips, Foot Bones
. A manual of zoology. PHYLUM CHORDATA 445 In the lizard (Fig. 268) and crocodiles there is a cross- shaped membrane-bone, the interclavicle or episternum (epist), in relation to the pectoral arch and sternum. In the limb- less lizards the pectoral arch may be absent or may be well developed ; it is completely wanting in all snakes. In the pelvic arch the ischium is separated from the pubis by a wide space not developed in the Amphibia. Slight vestiges of hind- limbs occur in some pythons alone among the Ophidia. JVa La-. Fig. 267. —A, lateral view of skull of rattlesnake fCrotaluS). B. O, bas Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-445-in-the-lizard-fig-268-and-crocodiles-there-is-a-cross-shaped-membrane-bone-the-interclavicle-or-episternum-epist-in-relation-to-the-pectoral-arch-and-sternum-in-the-limb-less-lizards-the-pectoral-arch-may-be-absent-or-may-be-well-developed-it-is-completely-wanting-in-all-snakes-in-the-pelvic-arch-the-ischium-is-separated-from-the-pubis-by-a-wide-space-not-developed-in-the-amphibia-slight-vestiges-of-hind-limbs-occur-in-some-pythons-alone-among-the-ophidia-jva-la-fig-267-a-lateral-view-of-skull-of-rattlesnake-fcrotalus-b-o-bas-image216446374.htmlRMPG3YFJ–. A manual of zoology. PHYLUM CHORDATA 445 In the lizard (Fig. 268) and crocodiles there is a cross- shaped membrane-bone, the interclavicle or episternum (epist), in relation to the pectoral arch and sternum. In the limb- less lizards the pectoral arch may be absent or may be well developed ; it is completely wanting in all snakes. In the pelvic arch the ischium is separated from the pubis by a wide space not developed in the Amphibia. Slight vestiges of hind- limbs occur in some pythons alone among the Ophidia. JVa La-. Fig. 267. —A, lateral view of skull of rattlesnake fCrotaluS). B. O, bas
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362744.htmlRF2R2J88T–Anatomy of the pelvis bones, illustration
. The structure and classification of birds . Fig. 248.—Skull of Ostkich (apteb Huxley).7?, rostrum. Other letters as in fig. 244. margin of the pubis which may conceivably be the homologueof the marsupial bone of the marsupialia. The skull of Apteryx has been described by Owen ^ as Notes on an Ostrich lately living in the Societys Gardens, P. Z. S. 1872,p. 356. 2 On the Apteryx australis, Trans. Z. S. ii. p. 57, and iii. p. 277. STEUTHIONES 519 regards its adult structure, and the development has beenlately treated of by T. J. Parkbr.i Apart from the very elongated anterior part of the skull Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-structure-and-classification-of-birds-fig-248skull-of-ostkich-apteb-huxley7-rostrum-other-letters-as-in-fig-244-margin-of-the-pubis-which-may-conceivably-be-the-homologueof-the-marsupial-bone-of-the-marsupialia-the-skull-of-apteryx-has-been-described-by-owen-as-notes-on-an-ostrich-lately-living-in-the-societys-gardens-p-z-s-1872p-356-2-on-the-apteryx-australis-trans-z-s-ii-p-57-and-iii-p-277-steuthiones-519-regards-its-adult-structure-and-the-development-has-beenlately-treated-of-by-t-j-parkbri-apart-from-the-very-elongated-anterior-part-of-the-skull-image375178864.htmlRM2CPATD4–. The structure and classification of birds . Fig. 248.—Skull of Ostkich (apteb Huxley).7?, rostrum. Other letters as in fig. 244. margin of the pubis which may conceivably be the homologueof the marsupial bone of the marsupialia. The skull of Apteryx has been described by Owen ^ as Notes on an Ostrich lately living in the Societys Gardens, P. Z. S. 1872,p. 356. 2 On the Apteryx australis, Trans. Z. S. ii. p. 57, and iii. p. 277. STEUTHIONES 519 regards its adult structure, and the development has beenlately treated of by T. J. Parkbr.i Apart from the very elongated anterior part of the skull
Set Of 16 simple editable icons such as Foot Bones, Human Ear, Toe, Female Pubis, Stomach with Liquids, Lymphonodus, Brain, Neck, Blood Supply System Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/set-of-16-simple-editable-icons-such-as-foot-bones-human-ear-toe-female-pubis-stomach-with-liquids-lymphonodus-brain-neck-blood-supply-system-image187042006.htmlRFMT8DYJ–Set Of 16 simple editable icons such as Foot Bones, Human Ear, Toe, Female Pubis, Stomach with Liquids, Lymphonodus, Brain, Neck, Blood Supply System
. A manual of zoology. PHYLUM CHORDATA 4/1 backwards from their dorsal or acetabular ends, and lie nearly parallel. Neither is- chium nor pubis unites ven- trally with its fellow to form a symphysis. In the hind-limb the femur (Fig. 2&^,fe) is a compara- tively short bone. Its proxi- mal extremity bears a promi- nent trochanter (tr) and a rounded head (hd). Its dis- tant end is produced into pulley-like condyles. Articu- lating with the femur is a very long bone, the tibio- tarsus (ti. ts) ; its distal end is pulley-like, not concave like the corresponding ex- tremity of the tibia of other Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-41-backwards-from-their-dorsal-or-acetabular-ends-and-lie-nearly-parallel-neither-is-chium-nor-pubis-unites-ven-trally-with-its-fellow-to-form-a-symphysis-in-the-hind-limb-the-femur-fig-2ampfe-is-a-compara-tively-short-bone-its-proxi-mal-extremity-bears-a-promi-nent-trochanter-tr-and-a-rounded-head-hd-its-dis-tant-end-is-produced-into-pulley-like-condyles-articu-lating-with-the-femur-is-a-very-long-bone-the-tibio-tarsus-ti-ts-its-distal-end-is-pulley-like-not-concave-like-the-corresponding-ex-tremity-of-the-tibia-of-other-image216446305.htmlRMPG3YD5–. A manual of zoology. PHYLUM CHORDATA 4/1 backwards from their dorsal or acetabular ends, and lie nearly parallel. Neither is- chium nor pubis unites ven- trally with its fellow to form a symphysis. In the hind-limb the femur (Fig. 2&^,fe) is a compara- tively short bone. Its proxi- mal extremity bears a promi- nent trochanter (tr) and a rounded head (hd). Its dis- tant end is produced into pulley-like condyles. Articu- lating with the femur is a very long bone, the tibio- tarsus (ti. ts) ; its distal end is pulley-like, not concave like the corresponding ex- tremity of the tibia of other
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362727.htmlRF2R2J887–Anatomy of the pelvis bones, illustration
. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. Fig. 38. Vented Lateral Aspect of Left Innominate Bone of a Kitten. ct, Cotyloid bone; ac, acetabulum; il, ileo-pectineal eminence; as, anterior inferior spine.— (Modi- fied after Jayne.) Fig. 30. Ventral Aspect of the Innominate Bones. ac. Acetabulum; ai, posterior infe- rior spine ; ar, auricular surface ; cr. crest; ct, cotyloid notch ; ip, ileopectineal eminence; is, body of ischium; ob, obturator fora- men ; pb, body of pubis ; .?, spine ; sin, symphysis pubis; sp, spine of pubis; sr, surface of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mammalian-anatomy-with-special-reference-to-the-cat-mammals-anatomy-comparative-cats-fig-38-vented-lateral-aspect-of-left-innominate-bone-of-a-kitten-ct-cotyloid-bone-ac-acetabulum-il-ileo-pectineal-eminence-as-anterior-inferior-spine-modi-fied-after-jayne-fig-30-ventral-aspect-of-the-innominate-bones-ac-acetabulum-ai-posterior-infe-rior-spine-ar-auricular-surface-cr-crest-ct-cotyloid-notch-ip-ileopectineal-eminence-is-body-of-ischium-ob-obturator-fora-men-pb-body-of-pubis-spine-sin-symphysis-pubis-sp-spine-of-pubis-sr-surface-of-image232142204.htmlRMRDJYN0–. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. Fig. 38. Vented Lateral Aspect of Left Innominate Bone of a Kitten. ct, Cotyloid bone; ac, acetabulum; il, ileo-pectineal eminence; as, anterior inferior spine.— (Modi- fied after Jayne.) Fig. 30. Ventral Aspect of the Innominate Bones. ac. Acetabulum; ai, posterior infe- rior spine ; ar, auricular surface ; cr. crest; ct, cotyloid notch ; ip, ileopectineal eminence; is, body of ischium; ob, obturator fora- men ; pb, body of pubis ; .?, spine ; sin, symphysis pubis; sp, spine of pubis; sr, surface of
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. A manual of zoology. PU p.cor -UL. Fig. 214. — Diagrams of the fore (A) and hind (B) limbs with the limb-girdles, actb, acetabulum; gl, glenoid cavity; /. cor, procoracoid; I-V, digits. Cartilage bones — cn.i, cn.2, centralia; COR, coracoid; dst. 5-1, distalia; FE, femur; FI, fibula; fl, fibulare; HU, humerus; IL, ilium; int, intermedium; IS, ischium; mtcp. 1-5, metacarpals; mt. ts. 1-5, metatarsals; ph. phalanges; PU, pubis; RA, radius; ra, radiale; TI, tibia; ti, tibiale; UL, ulna; ul, ulnare, membrane bone; CL, clavicle. bones — radius and ulna— articulating proximally with the distal end Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-pu-pcor-ul-fig-214-diagrams-of-the-fore-a-and-hind-b-limbs-with-the-limb-girdles-actb-acetabulum-gl-glenoid-cavity-cor-procoracoid-i-v-digits-cartilage-bones-cni-cn2-centralia-cor-coracoid-dst-5-1-distalia-fe-femur-fi-fibula-fl-fibulare-hu-humerus-il-ilium-int-intermedium-is-ischium-mtcp-1-5-metacarpals-mt-ts-1-5-metatarsals-ph-phalanges-pu-pubis-ra-radius-ra-radiale-ti-tibia-ti-tibiale-ul-ulna-ul-ulnare-membrane-bone-cl-clavicle-bones-radius-and-ulna-articulating-proximally-with-the-distal-end-image216446613.htmlRMPG3YT5–. A manual of zoology. PU p.cor -UL. Fig. 214. — Diagrams of the fore (A) and hind (B) limbs with the limb-girdles, actb, acetabulum; gl, glenoid cavity; /. cor, procoracoid; I-V, digits. Cartilage bones — cn.i, cn.2, centralia; COR, coracoid; dst. 5-1, distalia; FE, femur; FI, fibula; fl, fibulare; HU, humerus; IL, ilium; int, intermedium; IS, ischium; mtcp. 1-5, metacarpals; mt. ts. 1-5, metatarsals; ph. phalanges; PU, pubis; RA, radius; ra, radiale; TI, tibia; ti, tibiale; UL, ulna; ul, ulnare, membrane bone; CL, clavicle. bones — radius and ulna— articulating proximally with the distal end
Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362708.htmlRF2R2J87G–Anatomy of the pelvis bones, illustration
. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. 64 ELEMENTS OF MAMMALIAN ANATOMY. THE PELVIC LIMB. The pelvic or hind-limb of the cat is composed of the innominate bone, femur, patella, tibia, fibula, seven tarsals, five metatarsals, and twelve phalanges. The innominate bone is composed of four parts, the ilium, ischium, pubis (Figs. 21 and 38), and the small. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectl Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mammalian-anatomy-with-special-reference-to-the-cat-mammals-anatomy-comparative-cats-64-elements-of-mammalian-anatomy-the-pelvic-limb-the-pelvic-or-hind-limb-of-the-cat-is-composed-of-the-innominate-bone-femur-patella-tibia-fibula-seven-tarsals-five-metatarsals-and-twelve-phalanges-the-innominate-bone-is-composed-of-four-parts-the-ilium-ischium-pubis-figs-21-and-38-and-the-small-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectl-image232142207.htmlRMRDJYN3–. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. 64 ELEMENTS OF MAMMALIAN ANATOMY. THE PELVIC LIMB. The pelvic or hind-limb of the cat is composed of the innominate bone, femur, patella, tibia, fibula, seven tarsals, five metatarsals, and twelve phalanges. The innominate bone is composed of four parts, the ilium, ischium, pubis (Figs. 21 and 38), and the small. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectl
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Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362712.htmlRF2R2J87M–Anatomy of the pelvis bones, illustration
. Practical anatomy of the rabbit : an elementary laboratory textbook in mammalian anatomy . Rabbits; Anatomy, Comparative. The Skeleton of the Posterior Limb. 169. The pubis (os pubis) consists of a basal portion, or body lying immediately below the acetabulum, a superior or acetabular ramus extending from the body to the symphysis, and an inferior or symphyseal ramus extending backward along the symphysis to its junction with the ischium. The anterior margin of the bone, described as the pecten oss. pubis, is thin and sharp. Near the symphysis it bears a minute elevation, the pubic tuber- cl Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/practical-anatomy-of-the-rabbit-an-elementary-laboratory-textbook-in-mammalian-anatomy-rabbits-anatomy-comparative-the-skeleton-of-the-posterior-limb-169-the-pubis-os-pubis-consists-of-a-basal-portion-or-body-lying-immediately-below-the-acetabulum-a-superior-or-acetabular-ramus-extending-from-the-body-to-the-symphysis-and-an-inferior-or-symphyseal-ramus-extending-backward-along-the-symphysis-to-its-junction-with-the-ischium-the-anterior-margin-of-the-bone-described-as-the-pecten-oss-pubis-is-thin-and-sharp-near-the-symphysis-it-bears-a-minute-elevation-the-pubic-tuber-cl-image232135538.htmlRMRDJK6X–. Practical anatomy of the rabbit : an elementary laboratory textbook in mammalian anatomy . Rabbits; Anatomy, Comparative. The Skeleton of the Posterior Limb. 169. The pubis (os pubis) consists of a basal portion, or body lying immediately below the acetabulum, a superior or acetabular ramus extending from the body to the symphysis, and an inferior or symphyseal ramus extending backward along the symphysis to its junction with the ischium. The anterior margin of the bone, described as the pecten oss. pubis, is thin and sharp. Near the symphysis it bears a minute elevation, the pubic tuber- cl
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Anatomy of the pelvis bones, illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-pelvis-bones-illustration-image552362743.htmlRF2R2J88R–Anatomy of the pelvis bones, illustration
. Natural history. Zoology. MAMMALIA. the second the ischium. Each innominate bone on its outer side contains a cup-shaped cavity (into the composition of which enter alike the ihum, pubis, and ischium) known as the acetabuhim; and with this articulates the femur, or thigh-bone (10), representing the humerus of the tore-limb. Toward the middle of the hinder surface of its shaft this bone frequently bears a bold projecting crest termed the third trochanter. As the humerus articulates with the two bones of the fore-arm, so the thigh-bone articulates with the two bones of the lower leg, of which Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/natural-history-zoology-mammalia-the-second-the-ischium-each-innominate-bone-on-its-outer-side-contains-a-cup-shaped-cavity-into-the-composition-of-which-enter-alike-the-ihum-pubis-and-ischium-known-as-the-acetabuhim-and-with-this-articulates-the-femur-or-thigh-bone-10-representing-the-humerus-of-the-tore-limb-toward-the-middle-of-the-hinder-surface-of-its-shaft-this-bone-frequently-bears-a-bold-projecting-crest-termed-the-third-trochanter-as-the-humerus-articulates-with-the-two-bones-of-the-fore-arm-so-the-thigh-bone-articulates-with-the-two-bones-of-the-lower-leg-of-which-image232303902.htmlRMRDX9YX–. Natural history. Zoology. MAMMALIA. the second the ischium. Each innominate bone on its outer side contains a cup-shaped cavity (into the composition of which enter alike the ihum, pubis, and ischium) known as the acetabuhim; and with this articulates the femur, or thigh-bone (10), representing the humerus of the tore-limb. Toward the middle of the hinder surface of its shaft this bone frequently bears a bold projecting crest termed the third trochanter. As the humerus articulates with the two bones of the fore-arm, so the thigh-bone articulates with the two bones of the lower leg, of which
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. The tailless batrachians of Europe. Frogs; Amphibians. Pelvis and hind limb of Discoglossus pictus. a. Astragalus. c. Oalcaneuni. /. Femur. il. Ilium. is. Ischium. p. Pubis. t. Tibia-fibula. the pubis is represented by a small ossified nodule, not enter- ing the acetabulum. In the Discoglossidse the acetabulum remains open, as in the young of other Batrachians. The femur is more or less strongly curved. The tibia and fibula are fused to a single nearly straight bone. The epiphyses of these bones remain cartilaginous in the Discoglossidse and Pelohatidas, calcify in the other families. The ta Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-tailless-batrachians-of-europe-frogs-amphibians-pelvis-and-hind-limb-of-discoglossus-pictus-a-astragalus-c-oalcaneuni-femur-il-ilium-is-ischium-p-pubis-t-tibia-fibula-the-pubis-is-represented-by-a-small-ossified-nodule-not-enter-ing-the-acetabulum-in-the-discoglossidse-the-acetabulum-remains-open-as-in-the-young-of-other-batrachians-the-femur-is-more-or-less-strongly-curved-the-tibia-and-fibula-are-fused-to-a-single-nearly-straight-bone-the-epiphyses-of-these-bones-remain-cartilaginous-in-the-discoglossidse-and-pelohatidas-calcify-in-the-other-families-the-ta-image232422536.htmlRMRE3N8T–. The tailless batrachians of Europe. Frogs; Amphibians. Pelvis and hind limb of Discoglossus pictus. a. Astragalus. c. Oalcaneuni. /. Femur. il. Ilium. is. Ischium. p. Pubis. t. Tibia-fibula. the pubis is represented by a small ossified nodule, not enter- ing the acetabulum. In the Discoglossidse the acetabulum remains open, as in the young of other Batrachians. The femur is more or less strongly curved. The tibia and fibula are fused to a single nearly straight bone. The epiphyses of these bones remain cartilaginous in the Discoglossidse and Pelohatidas, calcify in the other families. The ta
. A manual of zoology. PHYLUM CHORDATA 5°3 the pubis, but by a small intercalated ossification, the cotyloid bone. The ilium (il) has a rough surface for articulation with the sacrum. Between the. pubis (pub) in front and the ischium (isch) behind is a large aperture, the obturator foramen (obi). The femur has at its proximal end a prominent head for articulation with the acetabulum, external to this a prominent process, the great trochanter, and internally a much smaller, the lesser trochanter, while a small process or third trochanter is situated on the outer border a little below the great Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-53-the-pubis-but-by-a-small-intercalated-ossification-the-cotyloid-bone-the-ilium-il-has-a-rough-surface-for-articulation-with-the-sacrum-between-the-pubis-pub-in-front-and-the-ischium-isch-behind-is-a-large-aperture-the-obturator-foramen-obi-the-femur-has-at-its-proximal-end-a-prominent-head-for-articulation-with-the-acetabulum-external-to-this-a-prominent-process-the-great-trochanter-and-internally-a-much-smaller-the-lesser-trochanter-while-a-small-process-or-third-trochanter-is-situated-on-the-outer-border-a-little-below-the-great-image232125429.htmlRMRDJ69W–. A manual of zoology. PHYLUM CHORDATA 5°3 the pubis, but by a small intercalated ossification, the cotyloid bone. The ilium (il) has a rough surface for articulation with the sacrum. Between the. pubis (pub) in front and the ischium (isch) behind is a large aperture, the obturator foramen (obi). The femur has at its proximal end a prominent head for articulation with the acetabulum, external to this a prominent process, the great trochanter, and internally a much smaller, the lesser trochanter, while a small process or third trochanter is situated on the outer border a little below the great
. Practical anatomy of the rabbit : an elementary laboratory textbook in mammalian anatomy . Rabbits; Anatomy, Comparative. The pubis (os pubis) consists of a basal portion, or body lying immediately below the acetabulum, a superior or acetabular ramus extending from the body to the symphysis, and an inferior or symphyseal ramus extending backward along the symphysis to its junction with the ischium. The anterior margin of the bone, described as the pecten oss. pubis, is thin and sharp. Near the symphysis it bears a minute elevation, the pubic tuber- cle (tuberculum pubicum), and laterally a m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/practical-anatomy-of-the-rabbit-an-elementary-laboratory-textbook-in-mammalian-anatomy-rabbits-anatomy-comparative-the-pubis-os-pubis-consists-of-a-basal-portion-or-body-lying-immediately-below-the-acetabulum-a-superior-or-acetabular-ramus-extending-from-the-body-to-the-symphysis-and-an-inferior-or-symphyseal-ramus-extending-backward-along-the-symphysis-to-its-junction-with-the-ischium-the-anterior-margin-of-the-bone-described-as-the-pecten-oss-pubis-is-thin-and-sharp-near-the-symphysis-it-bears-a-minute-elevation-the-pubic-tuber-cle-tuberculum-pubicum-and-laterally-a-m-image232135536.htmlRMRDJK6T–. Practical anatomy of the rabbit : an elementary laboratory textbook in mammalian anatomy . Rabbits; Anatomy, Comparative. The pubis (os pubis) consists of a basal portion, or body lying immediately below the acetabulum, a superior or acetabular ramus extending from the body to the symphysis, and an inferior or symphyseal ramus extending backward along the symphysis to its junction with the ischium. The anterior margin of the bone, described as the pecten oss. pubis, is thin and sharp. Near the symphysis it bears a minute elevation, the pubic tuber- cle (tuberculum pubicum), and laterally a m
. An elementary course of practical zoology. Zoology. Ill HIND-LIMB SI. is ventral, and is formed of calcified cartilage. Originally each of these elements is paired, i.e., there is an ilium, an ischium, and a pubis on each side, the three together forming the innominate, but in the adult the right and left ischia and pubes become united in the median plane, the ilia only remaining free. The Hind-limb.—The thigh, like the upper arm, is supported by a single long bone, the femur (Fig. 8, FE), having a gently curved shaft and extremities of calcified cartilage. Its rounded proximal extremity, or Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-elementary-course-of-practical-zoology-zoology-ill-hind-limb-si-is-ventral-and-is-formed-of-calcified-cartilage-originally-each-of-these-elements-is-paired-ie-there-is-an-ilium-an-ischium-and-a-pubis-on-each-side-the-three-together-forming-the-innominate-but-in-the-adult-the-right-and-left-ischia-and-pubes-become-united-in-the-median-plane-the-ilia-only-remaining-free-the-hind-limbthe-thigh-like-the-upper-arm-is-supported-by-a-single-long-bone-the-femur-fig-8-fe-having-a-gently-curved-shaft-and-extremities-of-calcified-cartilage-its-rounded-proximal-extremity-or-image232090403.htmlRMRDGHJY–. An elementary course of practical zoology. Zoology. Ill HIND-LIMB SI. is ventral, and is formed of calcified cartilage. Originally each of these elements is paired, i.e., there is an ilium, an ischium, and a pubis on each side, the three together forming the innominate, but in the adult the right and left ischia and pubes become united in the median plane, the ilia only remaining free. The Hind-limb.—The thigh, like the upper arm, is supported by a single long bone, the femur (Fig. 8, FE), having a gently curved shaft and extremities of calcified cartilage. Its rounded proximal extremity, or
. Zoology : for students and general readers . Zoology. 396 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or pelvis, consists of tiiree bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is called pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-396-zoology-and-are-reduced-to-cartilaginous-pieces-in-sharks-the-pelvic-girdle-or-pelvis-consists-of-tiiree-bones-ie-one-dorsal-the-ilium-and-two-ventral-the-anterior-of-which-is-called-pubis-and-the-posterior-ischium-the-limbs-each-consist-of-a-single-long-bone-succeeded-by-two-long-bones-followed-by-two-transverse-rows-of-short-wrist-or-ankle-bones-and-five-series-of-long-finger-or-toe-bones-called-phalanges-for-example-in-the-fore-limb-of-most-vertebrates-as-in-the-arm-of-man-to-the-shoulder-gir-dle-ie-at-the-image231937342.htmlRMRD9JCE–. Zoology : for students and general readers . Zoology. 396 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or pelvis, consists of tiiree bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is called pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the
![. Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. A B Fig. 347. Pelvis (yi) of young Ornithorhynchus; {B) oi calf, after Boas, yi, acetabulum; /Z, ilium; 73', ischium; j?/, marsupial bone; /", pubis. except in the monotremes, is reduced to a small element — the coracoid process — fused to the scapula. The presence or ab- sence of a clavicle is correlated with habits ; flying, digging, and climbing mammals having it, while it is absent in whales, ungu- lates, and many others. In rodents and carnivores it is reduced, and has only ligamentary connections. The pelvis, on t Stock Photo](https://c8.alamy.com/comp/RDPD82/text-book-of-vertebrate-zoology-vertebrates-anatomy-comparative-a-b-fig-347-pelvis-yi-of-young-ornithorhynchus-b-oi-calf-after-boas-yi-acetabulum-z-ilium-73-ischium-j-marsupial-bone-quot-pubis-except-in-the-monotremes-is-reduced-to-a-small-element-the-coracoid-process-fused-to-the-scapula-the-presence-or-ab-sence-of-a-clavicle-is-correlated-with-habits-flying-digging-and-climbing-mammals-having-it-while-it-is-absent-in-whales-ungu-lates-and-many-others-in-rodents-and-carnivores-it-is-reduced-and-has-only-ligamentary-connections-the-pelvis-on-t-RDPD82.jpg ". Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. A B Fig. 347. Pelvis (yi) of young Ornithorhynchus; {B) oi calf, after Boas, yi, acetabulum; /Z, ilium; 73', ischium; j?/, marsupial bone; /", pubis. except in the monotremes, is reduced to a small element — the coracoid process — fused to the scapula. The presence or ab- sence of a clavicle is correlated with habits ; flying, digging, and climbing mammals having it, while it is absent in whales, ungu- lates, and many others. In rodents and carnivores it is reduced, and has only ligamentary connections. The pelvis, on t Stock Photo")
. Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. A B Fig. 347. Pelvis (yi) of young Ornithorhynchus; {B) oi calf, after Boas, yi, acetabulum; /Z, ilium; 73', ischium; j?/, marsupial bone; /", pubis. except in the monotremes, is reduced to a small element — the coracoid process — fused to the scapula. The presence or ab- sence of a clavicle is correlated with habits ; flying, digging, and climbing mammals having it, while it is absent in whales, ungu- lates, and many others. In rodents and carnivores it is reduced, and has only ligamentary connections. The pelvis, on t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-vertebrate-zoology-vertebrates-anatomy-comparative-a-b-fig-347-pelvis-yi-of-young-ornithorhynchus-b-oi-calf-after-boas-yi-acetabulum-z-ilium-73-ischium-j-marsupial-bone-quot-pubis-except-in-the-monotremes-is-reduced-to-a-small-element-the-coracoid-process-fused-to-the-scapula-the-presence-or-ab-sence-of-a-clavicle-is-correlated-with-habits-flying-digging-and-climbing-mammals-having-it-while-it-is-absent-in-whales-ungu-lates-and-many-others-in-rodents-and-carnivores-it-is-reduced-and-has-only-ligamentary-connections-the-pelvis-on-t-image232218674.htmlRMRDPD82–. Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. A B Fig. 347. Pelvis (yi) of young Ornithorhynchus; {B) oi calf, after Boas, yi, acetabulum; /Z, ilium; 73', ischium; j?/, marsupial bone; /", pubis. except in the monotremes, is reduced to a small element — the coracoid process — fused to the scapula. The presence or ab- sence of a clavicle is correlated with habits ; flying, digging, and climbing mammals having it, while it is absent in whales, ungu- lates, and many others. In rodents and carnivores it is reduced, and has only ligamentary connections. The pelvis, on t
. Zoology for high schools and colleges. Zoology. 376 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or velvis, consists of three bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is cs^ed. pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the point Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-high-schools-and-colleges-zoology-376-zoology-and-are-reduced-to-cartilaginous-pieces-in-sharks-the-pelvic-girdle-or-velvis-consists-of-three-bones-ie-one-dorsal-the-ilium-and-two-ventral-the-anterior-of-which-is-csed-pubis-and-the-posterior-ischium-the-limbs-each-consist-of-a-single-long-bone-succeeded-by-two-long-bones-followed-by-two-transverse-rows-of-short-wrist-or-ankle-bones-and-five-series-of-long-finger-or-toe-bones-called-phalanges-for-example-in-the-fore-limb-of-most-vertebrates-as-in-the-arm-of-man-to-the-shoulder-gir-dle-ie-at-the-point-image232347559.htmlRMRE09K3–. Zoology for high schools and colleges. Zoology. 376 ZOOLOGY. and are reduced to cartilaginous pieces in sharks. The pelvic girdle, or velvis, consists of three bones, i.e., one dorsal, the ilium, and two ventral, the anterior of which is cs^ed. pubis, and the posterior ischium. The limbs each consist of a single long bone, succeeded by two long bones, followed by two transverse rows of short wrist or ankle bones, and five series of long finger or toe bones, called phalanges. For example, in the fore limb of most Vertebrates, as in the arm of man, to the shoulder gir- dle, i.e., at the point
. Human embryology and morphology. Embryology, Human; Morphology. 300 HUMAN EMBRYOLOGY AND MORPHOLOGY. (2) the vertebral border (crest) has become enormously elongated and gives attachment to abdominal muscles, cutting off the fibres of insertion of the external oblique which form the chief part of Poupart's ligament; (3) the ischium does not reach the ventral line. In most birds, neither ischium nor pubes reach the ventral line. The pubes fail to meet in cases of ectopia vesicae. The symphysis pubis is formed in the ventral line. The cotyloid bone—os acetabuli—is formed in the Y-shaped cartil Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-embryology-and-morphology-embryology-human-morphology-300-human-embryology-and-morphology-2-the-vertebral-border-crest-has-become-enormously-elongated-and-gives-attachment-to-abdominal-muscles-cutting-off-the-fibres-of-insertion-of-the-external-oblique-which-form-the-chief-part-of-pouparts-ligament-3-the-ischium-does-not-reach-the-ventral-line-in-most-birds-neither-ischium-nor-pubes-reach-the-ventral-line-the-pubes-fail-to-meet-in-cases-of-ectopia-vesicae-the-symphysis-pubis-is-formed-in-the-ventral-line-the-cotyloid-boneos-acetabuliis-formed-in-the-y-shaped-cartil-image232320527.htmlRMRDY35K–. Human embryology and morphology. Embryology, Human; Morphology. 300 HUMAN EMBRYOLOGY AND MORPHOLOGY. (2) the vertebral border (crest) has become enormously elongated and gives attachment to abdominal muscles, cutting off the fibres of insertion of the external oblique which form the chief part of Poupart's ligament; (3) the ischium does not reach the ventral line. In most birds, neither ischium nor pubes reach the ventral line. The pubes fail to meet in cases of ectopia vesicae. The symphysis pubis is formed in the ventral line. The cotyloid bone—os acetabuli—is formed in the Y-shaped cartil
. Elementary text-book of zoology. . Epipubis. Pubis. Epipubis. fr= Perpendicular axis through acetabulum, 5= Perpendicular axis through sacrum. In mammals the pubes unite with the ischia on each side and thus enclose a large hole or foramen, the obturator foramen. In most the pubes meet across the middle line to form a symphysis pubis and the ischia also meet to form an ischial symphysis, but in several types {e.g., man) the ischia no longer meet across the middle line, the pubes forming the whole symphysis. A small acetabular bone is also very generally present and usually fuses with one of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-text-book-of-zoology-epipubis-pubis-epipubis-fr=-perpendicular-axis-through-acetabulum-5=-perpendicular-axis-through-sacrum-in-mammals-the-pubes-unite-with-the-ischia-on-each-side-and-thus-enclose-a-large-hole-or-foramen-the-obturator-foramen-in-most-the-pubes-meet-across-the-middle-line-to-form-a-symphysis-pubis-and-the-ischia-also-meet-to-form-an-ischial-symphysis-but-in-several-types-eg-man-the-ischia-no-longer-meet-across-the-middle-line-the-pubes-forming-the-whole-symphysis-a-small-acetabular-bone-is-also-very-generally-present-and-usually-fuses-with-one-of-image232088065.htmlRMRDGEKD–. Elementary text-book of zoology. . Epipubis. Pubis. Epipubis. fr= Perpendicular axis through acetabulum, 5= Perpendicular axis through sacrum. In mammals the pubes unite with the ischia on each side and thus enclose a large hole or foramen, the obturator foramen. In most the pubes meet across the middle line to form a symphysis pubis and the ischia also meet to form an ischial symphysis, but in several types {e.g., man) the ischia no longer meet across the middle line, the pubes forming the whole symphysis. A small acetabular bone is also very generally present and usually fuses with one of
. The Cambridge natural history. Zoology. aoet. pzib Fig. 12.—Lepi's cuniculus. Innomin- ate bones and sacrum, ventral aspect. acet. Acetabulum ; i7, ilium ; isch, ischium ; oM, obturator foramen ; puh^ pubis ; sacr^ sacrum ; i^y, sym- physis. (From Parker and Haswell's Zoology.) Fig. 13.—Anterior surface of fourtli caudal vertebra of Porpoise (I'hc- ooena communis). x ^-. /;, Chevrou bone ; vi, metapopliysis ; s, spin- ous process ; t^ transverse process. (From Flower's Osteology.) unite with each other to form the massive piece of bone which constitutes the sacrum of the adult. The caudal ve Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cambridge-natural-history-zoology-aoet-pzib-fig-12lepis-cuniculus-innomin-ate-bones-and-sacrum-ventral-aspect-acet-acetabulum-i7-ilium-isch-ischium-om-obturator-foramen-puh-pubis-sacr-sacrum-iy-sym-physis-from-parker-and-haswells-zoology-fig-13anterior-surface-of-fourtli-caudal-vertebra-of-porpoise-ihc-ooena-communis-x-chevrou-bone-vi-metapopliysis-s-spin-ous-process-t-transverse-process-from-flowers-osteology-unite-with-each-other-to-form-the-massive-piece-of-bone-which-constitutes-the-sacrum-of-the-adult-the-caudal-ve-image232173249.htmlRMRDMB9N–. The Cambridge natural history. Zoology. aoet. pzib Fig. 12.—Lepi's cuniculus. Innomin- ate bones and sacrum, ventral aspect. acet. Acetabulum ; i7, ilium ; isch, ischium ; oM, obturator foramen ; puh^ pubis ; sacr^ sacrum ; i^y, sym- physis. (From Parker and Haswell's Zoology.) Fig. 13.—Anterior surface of fourtli caudal vertebra of Porpoise (I'hc- ooena communis). x ^-. /;, Chevrou bone ; vi, metapopliysis ; s, spin- ous process ; t^ transverse process. (From Flower's Osteology.) unite with each other to form the massive piece of bone which constitutes the sacrum of the adult. The caudal ve
. The structure and life of birds. Birds; Evolution. SKELETONS OF BIRD AND REPTILE 27 very little way forward and a long way backward, a slender bar of bone, united for part of its length with the Ischium. To discuss here whether this is all. FlO. 8.—Left side of Pelvis (a) of Lizard ; (/•) of Bird. A, .ncetabulum ; 11., ilium ; l^, ischium ; rn, pubis ; v, vertebra.- fused. In (rt) tlie ischium and pubis slope inwards to meet tlieir fellows from the opposite side. In (/') all three bones are fused where they meet. The iiiiun e.xtends forwards as well as backwards from the acetabtdunr. Pubis p Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-structure-and-life-of-birds-birds-evolution-skeletons-of-bird-and-reptile-27-very-little-way-forward-and-a-long-way-backward-a-slender-bar-of-bone-united-for-part-of-its-length-with-the-ischium-to-discuss-here-whether-this-is-all-flo-8left-side-of-pelvis-a-of-lizard-of-bird-a-ncetabulum-11-ilium-l-ischium-rn-pubis-v-vertebra-fused-in-rt-tlie-ischium-and-pubis-slope-inwards-to-meet-tlieir-fellows-from-the-opposite-side-in-all-three-bones-are-fused-where-they-meet-the-iiiiun-extends-forwards-as-well-as-backwards-from-the-acetabtdunr-pubis-p-image232439986.htmlRMRE4FG2–. The structure and life of birds. Birds; Evolution. SKELETONS OF BIRD AND REPTILE 27 very little way forward and a long way backward, a slender bar of bone, united for part of its length with the Ischium. To discuss here whether this is all. FlO. 8.—Left side of Pelvis (a) of Lizard ; (/•) of Bird. A, .ncetabulum ; 11., ilium ; l^, ischium ; rn, pubis ; v, vertebra.- fused. In (rt) tlie ischium and pubis slope inwards to meet tlieir fellows from the opposite side. In (/') all three bones are fused where they meet. The iiiiun e.xtends forwards as well as backwards from the acetabtdunr. Pubis p
. Elementary text-book of zoology. 352 CHORD AT A. Fig. 250.âPelvic Girdle of Rana. Ilium. (Lateral view.) Ischium.. Pubis. J'ig- 251 BT Prehallux. Astragalus. r Metatarsals. ;J Calcaneum. Hind-Limb of Rana. which meet in the mid-ventral j3 line and there bear an omo- sternum in front and a xiphi- 1 sternum behind. They meet laterally with the scapula or iMgiir ° dorsal element and form the glenoid cavity for articulation of the limb. The scapula carries on its dorsal border a suprascapular cartilage. The fore-limb has two peculiarities. The radius and ulna are united into one bone and there Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-text-book-of-zoology-352-chord-at-a-fig-250pelvic-girdle-of-rana-ilium-lateral-view-ischium-pubis-jig-251-bt-prehallux-astragalus-r-metatarsals-j-calcaneum-hind-limb-of-rana-which-meet-in-the-mid-ventral-j3-line-and-there-bear-an-omo-sternum-in-front-and-a-xiphi-1-sternum-behind-they-meet-laterally-with-the-scapula-or-imgiir-dorsal-element-and-form-the-glenoid-cavity-for-articulation-of-the-limb-the-scapula-carries-on-its-dorsal-border-a-suprascapular-cartilage-the-fore-limb-has-two-peculiarities-the-radius-and-ulna-are-united-into-one-bone-and-there-image232088744.htmlRMRDGFFM–. Elementary text-book of zoology. 352 CHORD AT A. Fig. 250.âPelvic Girdle of Rana. Ilium. (Lateral view.) Ischium.. Pubis. J'ig- 251 BT Prehallux. Astragalus. r Metatarsals. ;J Calcaneum. Hind-Limb of Rana. which meet in the mid-ventral j3 line and there bear an omo- sternum in front and a xiphi- 1 sternum behind. They meet laterally with the scapula or iMgiir ° dorsal element and form the glenoid cavity for articulation of the limb. The scapula carries on its dorsal border a suprascapular cartilage. The fore-limb has two peculiarities. The radius and ulna are united into one bone and there
. A manual of zoology. PHYLUM CHORDATA 445 In the lizard (Fig. 268) and crocodiles there is a cross- shaped membrane-bone, the interclavicle or episternum (epist), in relation to the pectoral arch and sternum. In the limb- less lizards the pectoral arch may be absent or may be well developed ; it is completely wanting in all snakes. In the pelvic arch the ischium is separated from the pubis by a wide space not developed in the Amphibia. Slight vestiges of hind- limbs occur in some pythons alone among the Ophidia. JVa La-. Fig. 267. —A, lateral view of skull of rattlesnake fCrotaluS). B. O, bas Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-445-in-the-lizard-fig-268-and-crocodiles-there-is-a-cross-shaped-membrane-bone-the-interclavicle-or-episternum-epist-in-relation-to-the-pectoral-arch-and-sternum-in-the-limb-less-lizards-the-pectoral-arch-may-be-absent-or-may-be-well-developed-it-is-completely-wanting-in-all-snakes-in-the-pelvic-arch-the-ischium-is-separated-from-the-pubis-by-a-wide-space-not-developed-in-the-amphibia-slight-vestiges-of-hind-limbs-occur-in-some-pythons-alone-among-the-ophidia-jva-la-fig-267-a-lateral-view-of-skull-of-rattlesnake-fcrotalus-b-o-bas-image232132301.htmlRMRDJF39–. A manual of zoology. PHYLUM CHORDATA 445 In the lizard (Fig. 268) and crocodiles there is a cross- shaped membrane-bone, the interclavicle or episternum (epist), in relation to the pectoral arch and sternum. In the limb- less lizards the pectoral arch may be absent or may be well developed ; it is completely wanting in all snakes. In the pelvic arch the ischium is separated from the pubis by a wide space not developed in the Amphibia. Slight vestiges of hind- limbs occur in some pythons alone among the Ophidia. JVa La-. Fig. 267. —A, lateral view of skull of rattlesnake fCrotaluS). B. O, bas
. An introduction to the study of mammals living and extinct. Mammals. 632 INSECTIVORA the youngâgenerally from. Fig. 290. â Skeleton of Mole x | (lower jaw removed to show base of skull), c, Calcaneum; cJl., clavicular articulation of the humerus; cL, clavicle; c.c, external condyle of humerus; /, femur; Jh, fibula; /c, falciform bone (radial sesa- moid) ; %, humerus; i.c, internal condyle of humerus ; il, left ilium; i.ji, ramus of the ilium and pubis; is., ischium; l.d, ridge of insertion of latissimus dorsi muscle; l.t, lesser trochanter; four to six in numberâwhicli are brought forth in a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-the-study-of-mammals-living-and-extinct-mammals-632-insectivora-the-younggenerally-from-fig-290-skeleton-of-mole-x-lower-jaw-removed-to-show-base-of-skull-c-calcaneum-cjl-clavicular-articulation-of-the-humerus-cl-clavicle-cc-external-condyle-of-humerus-femur-jh-fibula-c-falciform-bone-radial-sesa-moid-humerus-ic-internal-condyle-of-humerus-il-left-ilium-iji-ramus-of-the-ilium-and-pubis-is-ischium-ld-ridge-of-insertion-of-latissimus-dorsi-muscle-lt-lesser-trochanter-four-to-six-in-numberwhicli-are-brought-forth-in-a-image232346948.htmlRMRE08W8–. An introduction to the study of mammals living and extinct. Mammals. 632 INSECTIVORA the youngâgenerally from. Fig. 290. â Skeleton of Mole x | (lower jaw removed to show base of skull), c, Calcaneum; cJl., clavicular articulation of the humerus; cL, clavicle; c.c, external condyle of humerus; /, femur; Jh, fibula; /c, falciform bone (radial sesa- moid) ; %, humerus; i.c, internal condyle of humerus ; il, left ilium; i.ji, ramus of the ilium and pubis; is., ischium; l.d, ridge of insertion of latissimus dorsi muscle; l.t, lesser trochanter; four to six in numberâwhicli are brought forth in a
. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative. Fig. 98.—Extbenal View op the Right Halp or the Human Pelvis. (From the outer side.) The three bones—ilium (//), ischium {In), and pubis (P)—are shown dis- tinct from one anotlier in the acetabuhim. Fo, obturator for- amen. Fig. 99.—Uiagkam showing the Relations of the Paes Aceta- bularis (in Viverra a'l-etta). J, ilium ; Jf:, ischium ; P, pubis j A, acetabular bone ; Ac, aceta- bulum. in any one order^ is seen in Insectivores, in some of which (e.g.. Mole), as well as in most Bats, there is no symphysis pubis. The' ob Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-the-comparative-anatomy-of-vertebrates-anatomy-comparative-fig-98extbenal-view-op-the-right-halp-or-the-human-pelvis-from-the-outer-side-the-three-bonesilium-ischium-in-and-pubis-pare-shown-dis-tinct-from-one-anotlier-in-the-acetabuhim-fo-obturator-for-amen-fig-99uiagkam-showing-the-relations-of-the-paes-aceta-bularis-in-viverra-al-etta-j-ilium-jf-ischium-p-pubis-j-a-acetabular-bone-ac-aceta-bulum-in-any-one-order-is-seen-in-insectivores-in-some-of-which-eg-mole-as-well-as-in-most-bats-there-is-no-symphysis-pubis-the-ob-image232075366.htmlRMRDFXDX–. Elements of the comparative anatomy of vertebrates. Anatomy, Comparative. Fig. 98.—Extbenal View op the Right Halp or the Human Pelvis. (From the outer side.) The three bones—ilium (//), ischium {In), and pubis (P)—are shown dis- tinct from one anotlier in the acetabuhim. Fo, obturator for- amen. Fig. 99.—Uiagkam showing the Relations of the Paes Aceta- bularis (in Viverra a'l-etta). J, ilium ; Jf:, ischium ; P, pubis j A, acetabular bone ; Ac, aceta- bulum. in any one order^ is seen in Insectivores, in some of which (e.g.. Mole), as well as in most Bats, there is no symphysis pubis. The' ob
. A manual of zoology. PHYLUM CHORDATA 4/1 backwards from their dorsal or acetabular ends, and lie nearly parallel. Neither is- chium nor pubis unites ven- trally with its fellow to form a symphysis. In the hind-limb the femur (Fig. 2&^,fe) is a compara- tively short bone. Its proxi- mal extremity bears a promi- nent trochanter (tr) and a rounded head (hd). Its dis- tant end is produced into pulley-like condyles. Articu- lating with the femur is a very long bone, the tibio- tarsus (ti. ts) ; its distal end is pulley-like, not concave like the corresponding ex- tremity of the tibia of other Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-phylum-chordata-41-backwards-from-their-dorsal-or-acetabular-ends-and-lie-nearly-parallel-neither-is-chium-nor-pubis-unites-ven-trally-with-its-fellow-to-form-a-symphysis-in-the-hind-limb-the-femur-fig-2ampfe-is-a-compara-tively-short-bone-its-proxi-mal-extremity-bears-a-promi-nent-trochanter-tr-and-a-rounded-head-hd-its-dis-tant-end-is-produced-into-pulley-like-condyles-articu-lating-with-the-femur-is-a-very-long-bone-the-tibio-tarsus-ti-ts-its-distal-end-is-pulley-like-not-concave-like-the-corresponding-ex-tremity-of-the-tibia-of-other-image232125526.htmlRMRDJ6DA–. A manual of zoology. PHYLUM CHORDATA 4/1 backwards from their dorsal or acetabular ends, and lie nearly parallel. Neither is- chium nor pubis unites ven- trally with its fellow to form a symphysis. In the hind-limb the femur (Fig. 2&^,fe) is a compara- tively short bone. Its proxi- mal extremity bears a promi- nent trochanter (tr) and a rounded head (hd). Its dis- tant end is produced into pulley-like condyles. Articu- lating with the femur is a very long bone, the tibio- tarsus (ti. ts) ; its distal end is pulley-like, not concave like the corresponding ex- tremity of the tibia of other
. The diseases of poultry . Poultry; 1899. DISEASES OF POULTRY. 201. Fig-. ST.—Skeleton of fowl. A, B, head; C, D, vertebrae of the neck (cervical vertebrae); D, E, dorsal vertebrse; F, G, coccygeal vertebrae; H, hnmerus; I, ulna; J, radius; K, carpus; L, metacarpus; M, digits; N, coracoid bone; O, forculnm; P, sternum; Q, keel; R, ribs; S, ilium; T, ischium; U, pubis; V, femur; W, patella; X, tibia; Y, fibula; Z, met- atarsus; a, digits.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-diseases-of-poultry-poultry-1899-diseases-of-poultry-201-fig-stskeleton-of-fowl-a-b-head-c-d-vertebrae-of-the-neck-cervical-vertebrae-d-e-dorsal-vertebrse-f-g-coccygeal-vertebrae-h-hnmerus-i-ulna-j-radius-k-carpus-l-metacarpus-m-digits-n-coracoid-bone-o-forculnm-p-sternum-q-keel-r-ribs-s-ilium-t-ischium-u-pubis-v-femur-w-patella-x-tibia-y-fibula-z-met-atarsus-a-digits-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-th-image232371091.htmlRMRE1BKF–. The diseases of poultry . Poultry; 1899. DISEASES OF POULTRY. 201. Fig-. ST.—Skeleton of fowl. A, B, head; C, D, vertebrae of the neck (cervical vertebrae); D, E, dorsal vertebrse; F, G, coccygeal vertebrae; H, hnmerus; I, ulna; J, radius; K, carpus; L, metacarpus; M, digits; N, coracoid bone; O, forculnm; P, sternum; Q, keel; R, ribs; S, ilium; T, ischium; U, pubis; V, femur; W, patella; X, tibia; Y, fibula; Z, met- atarsus; a, digits.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of th
. The structure and life of birds. Birds; Evolution. THE STRUCTURE AND LIFE OF BIRDS CHAP.. FlG. 2.—Skeleton of Fowl (after Marshall and Hurst). A, acetabulum ; at, atlas vertebra; ax, axis vertebra; cl, clavicle; cm, carpo- metacarpus ; CO, coracoid ; cr, cei'vical rib; » i, 2, 3, 4, digits; dk, dorsal nb; FE, femur; hit, humerus; hv, hyoid bone that supports the tongue; il, ilium; IS, ischium; k, keel of sternum; mc, i, 2, 3, metacarpals; mt, first metatarsal; pu, pubis; PY, py^ostyle ; r, radius ; rc, radial carpal; sc, scapula; si*, spine; sk, sternal piece of rib; tm, tarso-metatarsus; tt Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-structure-and-life-of-birds-birds-evolution-the-structure-and-life-of-birds-chap-flg-2skeleton-of-fowl-after-marshall-and-hurst-a-acetabulum-at-atlas-vertebra-ax-axis-vertebra-cl-clavicle-cm-carpo-metacarpus-co-coracoid-cr-ceivical-rib-i-2-3-4-digits-dk-dorsal-nb-fe-femur-hit-humerus-hv-hyoid-bone-that-supports-the-tongue-il-ilium-is-ischium-k-keel-of-sternum-mc-i-2-3-metacarpals-mt-first-metatarsal-pu-pubis-py-pyostyle-r-radius-rc-radial-carpal-sc-scapula-si-spine-sk-sternal-piece-of-rib-tm-tarso-metatarsus-tt-image232440001.htmlRMRE4FGH–. The structure and life of birds. Birds; Evolution. THE STRUCTURE AND LIFE OF BIRDS CHAP.. FlG. 2.—Skeleton of Fowl (after Marshall and Hurst). A, acetabulum ; at, atlas vertebra; ax, axis vertebra; cl, clavicle; cm, carpo- metacarpus ; CO, coracoid ; cr, cei'vical rib; » i, 2, 3, 4, digits; dk, dorsal nb; FE, femur; hit, humerus; hv, hyoid bone that supports the tongue; il, ilium; IS, ischium; k, keel of sternum; mc, i, 2, 3, metacarpals; mt, first metatarsal; pu, pubis; PY, py^ostyle ; r, radius ; rc, radial carpal; sc, scapula; si*, spine; sk, sternal piece of rib; tm, tarso-metatarsus; tt
. Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. TlG. 329. Devel- opment of wing skeleton of tern (^Sterna Ti'ilsoiii^, after Leighton. A, •early; B, late, c, carpales; cl, claw; mc, metacarpals; r, radius; re, radi- ale; ii, ulna ; ui;, ul- nare; II-V, digits. ing I, 2, 3, 4. ing that usually the phalanges increase in number from the first to the fifth toe in the •order 2, 3, 4, 5, as in many lizards. 1 The bone called pubis corresponds to the postpubis of dinosaurs ; the pre- pubis being represented wholly or in part in the pectineal process which occurs in many birds (F Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-vertebrate-zoology-vertebrates-anatomy-comparative-tlg-329-devel-opment-of-wing-skeleton-of-tern-sterna-tiilsoiii-after-leighton-a-early-b-late-c-carpales-cl-claw-mc-metacarpals-r-radius-re-radi-ale-ii-ulna-ui-ul-nare-ii-v-digits-ing-i-2-3-4-ing-that-usually-the-phalanges-increase-in-number-from-the-first-to-the-fifth-toe-in-the-order-2-3-4-5-as-in-many-lizards-1-the-bone-called-pubis-corresponds-to-the-postpubis-of-dinosaurs-the-pre-pubis-being-represented-wholly-or-in-part-in-the-pectineal-process-which-occurs-in-many-birds-f-image232218769.htmlRMRDPDBD–. Text book of vertebrate zoology. Vertebrates; Anatomy, Comparative. TlG. 329. Devel- opment of wing skeleton of tern (^Sterna Ti'ilsoiii^, after Leighton. A, •early; B, late, c, carpales; cl, claw; mc, metacarpals; r, radius; re, radi- ale; ii, ulna ; ui;, ul- nare; II-V, digits. ing I, 2, 3, 4. ing that usually the phalanges increase in number from the first to the fifth toe in the •order 2, 3, 4, 5, as in many lizards. 1 The bone called pubis corresponds to the postpubis of dinosaurs ; the pre- pubis being represented wholly or in part in the pectineal process which occurs in many birds (F
. A manual of zoology. PU p.cor -UL. Fig. 214. — Diagrams of the fore (A) and hind (B) limbs with the limb-girdles, actb, acetabulum; gl, glenoid cavity; /. cor, procoracoid; I-V, digits. Cartilage bones — cn.i, cn.2, centralia; COR, coracoid; dst. 5-1, distalia; FE, femur; FI, fibula; fl, fibulare; HU, humerus; IL, ilium; int, intermedium; IS, ischium; mtcp. 1-5, metacarpals; mt. ts. 1-5, metatarsals; ph. phalanges; PU, pubis; RA, radius; ra, radiale; TI, tibia; ti, tibiale; UL, ulna; ul, ulnare, membrane bone; CL, clavicle. bones — radius and ulna— articulating proximally with the distal end Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-zoology-pu-pcor-ul-fig-214-diagrams-of-the-fore-a-and-hind-b-limbs-with-the-limb-girdles-actb-acetabulum-gl-glenoid-cavity-cor-procoracoid-i-v-digits-cartilage-bones-cni-cn2-centralia-cor-coracoid-dst-5-1-distalia-fe-femur-fi-fibula-fl-fibulare-hu-humerus-il-ilium-int-intermedium-is-ischium-mtcp-1-5-metacarpals-mt-ts-1-5-metatarsals-ph-phalanges-pu-pubis-ra-radius-ra-radiale-ti-tibia-ti-tibiale-ul-ulna-ul-ulnare-membrane-bone-cl-clavicle-bones-radius-and-ulna-articulating-proximally-with-the-distal-end-image232132607.htmlRMRDJFE7–. A manual of zoology. PU p.cor -UL. Fig. 214. — Diagrams of the fore (A) and hind (B) limbs with the limb-girdles, actb, acetabulum; gl, glenoid cavity; /. cor, procoracoid; I-V, digits. Cartilage bones — cn.i, cn.2, centralia; COR, coracoid; dst. 5-1, distalia; FE, femur; FI, fibula; fl, fibulare; HU, humerus; IL, ilium; int, intermedium; IS, ischium; mtcp. 1-5, metacarpals; mt. ts. 1-5, metatarsals; ph. phalanges; PU, pubis; RA, radius; ra, radiale; TI, tibia; ti, tibiale; UL, ulna; ul, ulnare, membrane bone; CL, clavicle. bones — radius and ulna— articulating proximally with the distal end
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