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Extensor Expansion of Hand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-expansion-of-hand-image491880182.htmlRF2KG725A–Extensor Expansion of Hand
A system of human anatomy, general and special . ision. The Dorsal Interossei muscles are placed between the metatarsalbones; they resemble the analogous muscles in the hand in arisingby two heads from the adjacent sides of the metatarsal bones; theirtendons are inserted into the base of the first phalanx, and into thedigital expansion of the tendons of the long extensor. The first dorsal interosseous is inserted into the inner side of thesecond toe, and is therefore an adductor; the other three are insertedinto the outer side of the second, third, and fourth toes, and are con-sequently abduct Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-system-of-human-anatomy-general-and-special-ision-the-dorsal-interossei-muscles-are-placed-between-the-metatarsalbones-they-resemble-the-analogous-muscles-in-the-hand-in-arisingby-two-heads-from-the-adjacent-sides-of-the-metatarsal-bones-theirtendons-are-inserted-into-the-base-of-the-first-phalanx-and-into-thedigital-expansion-of-the-tendons-of-the-long-extensor-the-first-dorsal-interosseous-is-inserted-into-the-inner-side-of-thesecond-toe-and-is-therefore-an-adductor-the-other-three-are-insertedinto-the-outer-side-of-the-second-third-and-fourth-toes-and-are-con-sequently-abduct-image342730965.htmlRM2AWGMRH–A system of human anatomy, general and special . ision. The Dorsal Interossei muscles are placed between the metatarsalbones; they resemble the analogous muscles in the hand in arisingby two heads from the adjacent sides of the metatarsal bones; theirtendons are inserted into the base of the first phalanx, and into thedigital expansion of the tendons of the long extensor. The first dorsal interosseous is inserted into the inner side of thesecond toe, and is therefore an adductor; the other three are insertedinto the outer side of the second, third, and fourth toes, and are con-sequently abduct
. Cunningham's Text-book of anatomy. Anatomy. MUSCLES ON THE DORSAL SUEFACE OF THE FOEEAEM. 395 bones respectively (Fig. 352, p. 394). Each ends in a tendon which is directed distally behind the deep transverse metacarpal ligament, to be inserted into the dorsal expansion of the extensor tendon, the capsule of the metacarpo-phalangeal articulation, and the side of the first phalanx of the finger; the first is inserted into the medial side of the second finger; the second and third into the lateral sides of the fourth and fifth fingers. The deep part of the flexor pollicis brevis (inter- osseus Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-muscles-on-the-dorsal-sueface-of-the-foeeaem-395-bones-respectively-fig-352-p-394-each-ends-in-a-tendon-which-is-directed-distally-behind-the-deep-transverse-metacarpal-ligament-to-be-inserted-into-the-dorsal-expansion-of-the-extensor-tendon-the-capsule-of-the-metacarpo-phalangeal-articulation-and-the-side-of-the-first-phalanx-of-the-finger-the-first-is-inserted-into-the-medial-side-of-the-second-finger-the-second-and-third-into-the-lateral-sides-of-the-fourth-and-fifth-fingers-the-deep-part-of-the-flexor-pollicis-brevis-inter-osseus-image216341018.htmlRMPFY54X–. Cunningham's Text-book of anatomy. Anatomy. MUSCLES ON THE DORSAL SUEFACE OF THE FOEEAEM. 395 bones respectively (Fig. 352, p. 394). Each ends in a tendon which is directed distally behind the deep transverse metacarpal ligament, to be inserted into the dorsal expansion of the extensor tendon, the capsule of the metacarpo-phalangeal articulation, and the side of the first phalanx of the finger; the first is inserted into the medial side of the second finger; the second and third into the lateral sides of the fourth and fifth fingers. The deep part of the flexor pollicis brevis (inter- osseus
![. Cartilaginous Apparatus of the Horse's Foot. A, external face of the lateral cartilage ; B, superior border; C, posterior border ; D, anterior lateral ligament bordering the cartilage in front; E, flexor tendons; F, extensor tendons ; G, coffin bone. Briefly, then, they may be said to expand, when the foot is on the ground; and to assist contraction, when the weight which forces the sensitive frog upwards and outwards, is removed from the foot. Professor Williams, in short, holds that these lateral appendages act, as it were, as " elastic sides," preventing undue expansion of the s Stock Photo](https://c8.alamy.com/comp/MCTW81/cartilaginous-apparatus-of-the-horses-foot-a-external-face-of-the-lateral-cartilage-b-superior-border-c-posterior-border-d-anterior-lateral-ligament-bordering-the-cartilage-in-front-e-flexor-tendons-f-extensor-tendons-g-coffin-bone-briefly-then-they-may-be-said-to-expand-when-the-foot-is-on-the-ground-and-to-assist-contraction-when-the-weight-which-forces-the-sensitive-frog-upwards-and-outwards-is-removed-from-the-foot-professor-williams-in-short-holds-that-these-lateral-appendages-act-as-it-were-as-quot-elastic-sidesquot-preventing-undue-expansion-of-the-s-MCTW81.jpg ". Cartilaginous Apparatus of the Horse's Foot. A, external face of the lateral cartilage ; B, superior border; C, posterior border ; D, anterior lateral ligament bordering the cartilage in front; E, flexor tendons; F, extensor tendons ; G, coffin bone. Briefly, then, they may be said to expand, when the foot is on the ground; and to assist contraction, when the weight which forces the sensitive frog upwards and outwards, is removed from the foot. Professor Williams, in short, holds that these lateral appendages act, as it were, as " elastic sides," preventing undue expansion of the s Stock Photo")
. Cartilaginous Apparatus of the Horse's Foot. A, external face of the lateral cartilage ; B, superior border; C, posterior border ; D, anterior lateral ligament bordering the cartilage in front; E, flexor tendons; F, extensor tendons ; G, coffin bone. Briefly, then, they may be said to expand, when the foot is on the ground; and to assist contraction, when the weight which forces the sensitive frog upwards and outwards, is removed from the foot. Professor Williams, in short, holds that these lateral appendages act, as it were, as " elastic sides," preventing undue expansion of the s Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cartilaginous-apparatus-of-the-horses-foot-a-external-face-of-the-lateral-cartilage-b-superior-border-c-posterior-border-d-anterior-lateral-ligament-bordering-the-cartilage-in-front-e-flexor-tendons-f-extensor-tendons-g-coffin-bone-briefly-then-they-may-be-said-to-expand-when-the-foot-is-on-the-ground-and-to-assist-contraction-when-the-weight-which-forces-the-sensitive-frog-upwards-and-outwards-is-removed-from-the-foot-professor-williams-in-short-holds-that-these-lateral-appendages-act-as-it-were-as-quot-elastic-sidesquot-preventing-undue-expansion-of-the-s-image180026225.htmlRMMCTW81–. Cartilaginous Apparatus of the Horse's Foot. A, external face of the lateral cartilage ; B, superior border; C, posterior border ; D, anterior lateral ligament bordering the cartilage in front; E, flexor tendons; F, extensor tendons ; G, coffin bone. Briefly, then, they may be said to expand, when the foot is on the ground; and to assist contraction, when the weight which forces the sensitive frog upwards and outwards, is removed from the foot. Professor Williams, in short, holds that these lateral appendages act, as it were, as " elastic sides," preventing undue expansion of the s
Joints and Ligaments of Fingers Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/joints-and-ligaments-of-fingers-image491880183.htmlRF2KG725B–Joints and Ligaments of Fingers
![Practical human anatomy [electronic resource] : a working-guide for students of medicine and a ready-reference for surgeons and physicians . revis muscle and theexpansion from the fourth dorsal interosseous muscle. Forthe fifth digit, the expansion from the third plantar interosse-ous muscle fuses with the inner border of the fourth longusterminal tendon. The compound extensor digital aponeurosisof a digit has three attachments: a middle one to the dorsalsurface of the base of the phalangine ; two lateral, which unitefor attachment, to the dorsal surface of the base of the pha-langette. These Stock Photo](https://c8.alamy.com/comp/2AX619D/practical-human-anatomy-electronic-resource-a-working-guide-for-students-of-medicine-and-a-ready-reference-for-surgeons-and-physicians-revis-muscle-and-theexpansion-from-the-fourth-dorsal-interosseous-muscle-forthe-fifth-digit-the-expansion-from-the-third-plantar-interosse-ous-muscle-fuses-with-the-inner-border-of-the-fourth-longusterminal-tendon-the-compound-extensor-digital-aponeurosisof-a-digit-has-three-attachments-a-middle-one-to-the-dorsalsurface-of-the-base-of-the-phalangine-two-lateral-which-unitefor-attachment-to-the-dorsal-surface-of-the-base-of-the-pha-langette-these-2AX619D.jpg "Practical human anatomy [electronic resource] : a working-guide for students of medicine and a ready-reference for surgeons and physicians . revis muscle and theexpansion from the fourth dorsal interosseous muscle. Forthe fifth digit, the expansion from the third plantar interosse-ous muscle fuses with the inner border of the fourth longusterminal tendon. The compound extensor digital aponeurosisof a digit has three attachments: a middle one to the dorsalsurface of the base of the phalangine ; two lateral, which unitefor attachment, to the dorsal surface of the base of the pha-langette. These Stock Photo")
Practical human anatomy [electronic resource] : a working-guide for students of medicine and a ready-reference for surgeons and physicians . revis muscle and theexpansion from the fourth dorsal interosseous muscle. Forthe fifth digit, the expansion from the third plantar interosse-ous muscle fuses with the inner border of the fourth longusterminal tendon. The compound extensor digital aponeurosisof a digit has three attachments: a middle one to the dorsalsurface of the base of the phalangine ; two lateral, which unitefor attachment, to the dorsal surface of the base of the pha-langette. These Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/practical-human-anatomy-electronic-resource-a-working-guide-for-students-of-medicine-and-a-ready-reference-for-surgeons-and-physicians-revis-muscle-and-theexpansion-from-the-fourth-dorsal-interosseous-muscle-forthe-fifth-digit-the-expansion-from-the-third-plantar-interosse-ous-muscle-fuses-with-the-inner-border-of-the-fourth-longusterminal-tendon-the-compound-extensor-digital-aponeurosisof-a-digit-has-three-attachments-a-middle-one-to-the-dorsalsurface-of-the-base-of-the-phalangine-two-lateral-which-unitefor-attachment-to-the-dorsal-surface-of-the-base-of-the-pha-langette-these-image343110809.htmlRM2AX619D–Practical human anatomy [electronic resource] : a working-guide for students of medicine and a ready-reference for surgeons and physicians . revis muscle and theexpansion from the fourth dorsal interosseous muscle. Forthe fifth digit, the expansion from the third plantar interosse-ous muscle fuses with the inner border of the fourth longusterminal tendon. The compound extensor digital aponeurosisof a digit has three attachments: a middle one to the dorsalsurface of the base of the phalangine ; two lateral, which unitefor attachment, to the dorsal surface of the base of the pha-langette. These
Deep Transverse Metacarpal Ligaments Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deep-transverse-metacarpal-ligaments-image491880214.htmlRF2KG726E–Deep Transverse Metacarpal Ligaments
. Manual of operative surgery. tion of hyper-extension while the two distalphalanges become flexed. The deformity is of course most marked in the ringand middle finger. If the lesion to the ulnar nerve is high up, then the innerhalf of the flexor profundus digitorum is also involved and no clawing of thefingers is produced. The extensor tendons of the fingers pass from the wrist over the heads ofthe metacarpal bones, and each sends a slip of insertion to the bases of thefirst, second and third phalanges respectively. At the level of the metacarpo-phalangeal joint, a fibrous expansion passes fr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/manual-of-operative-surgery-tion-of-hyper-extension-while-the-two-distalphalanges-become-flexed-the-deformity-is-of-course-most-marked-in-the-ringand-middle-finger-if-the-lesion-to-the-ulnar-nerve-is-high-up-then-the-innerhalf-of-the-flexor-profundus-digitorum-is-also-involved-and-no-clawing-of-thefingers-is-produced-the-extensor-tendons-of-the-fingers-pass-from-the-wrist-over-the-heads-ofthe-metacarpal-bones-and-each-sends-a-slip-of-insertion-to-the-bases-of-thefirst-second-and-third-phalanges-respectively-at-the-level-of-the-metacarpo-phalangeal-joint-a-fibrous-expansion-passes-fr-image336720498.htmlRM2AFPXC2–. Manual of operative surgery. tion of hyper-extension while the two distalphalanges become flexed. The deformity is of course most marked in the ringand middle finger. If the lesion to the ulnar nerve is high up, then the innerhalf of the flexor profundus digitorum is also involved and no clawing of thefingers is produced. The extensor tendons of the fingers pass from the wrist over the heads ofthe metacarpal bones, and each sends a slip of insertion to the bases of thefirst, second and third phalanges respectively. At the level of the metacarpo-phalangeal joint, a fibrous expansion passes fr
Metacarpophalangeal and Interphalangeal Ligaments Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/metacarpophalangeal-and-interphalangeal-ligaments-image491881379.htmlRF2KG73M3–Metacarpophalangeal and Interphalangeal Ligaments
A manual of operative surgery . f these the internal is insignificant. The externalexpansion is, however, considerable, and should always be saved, as FIG. 463.—I, RIGHT ELBOW AFTER EXCISION by dorsal incision. [After Farabenf.) . A, Humerus; B, Ulna; c, Supinator longusand radial extensor of the carpus-; d,Outer expansion from triceps tendon ;d, Inner expansion from the same. 2, PARTS REMOVED IN THE EXCISION. A, Humerus ; B, Ulna ; c, Radius. 738 OPERATIONS ON BONES AND JOINTS [part vii it enables the triceps to retain a hold of the forearm, even after theolecranon has been removed. The ancon Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-manual-of-operative-surgery-f-these-the-internal-is-insignificant-the-externalexpansion-is-however-considerable-and-should-always-be-saved-as-fig-463i-right-elbow-after-excision-by-dorsal-incision-after-farabenf-a-humerus-b-ulna-c-supinator-longusand-radial-extensor-of-the-carpus-douter-expansion-from-triceps-tendon-d-inner-expansion-from-the-same-2-parts-removed-in-the-excision-a-humerus-b-ulna-c-radius-738-operations-on-bones-and-joints-part-vii-it-enables-the-triceps-to-retain-a-hold-of-the-forearm-even-after-theolecranon-has-been-removed-the-ancon-image343289268.htmlRM2AXE4Y0–A manual of operative surgery . f these the internal is insignificant. The externalexpansion is, however, considerable, and should always be saved, as FIG. 463.—I, RIGHT ELBOW AFTER EXCISION by dorsal incision. [After Farabenf.) . A, Humerus; B, Ulna; c, Supinator longusand radial extensor of the carpus-; d,Outer expansion from triceps tendon ;d, Inner expansion from the same. 2, PARTS REMOVED IN THE EXCISION. A, Humerus ; B, Ulna ; c, Radius. 738 OPERATIONS ON BONES AND JOINTS [part vii it enables the triceps to retain a hold of the forearm, even after theolecranon has been removed. The ancon
Dorsal Interossei of Hand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/dorsal-interossei-of-hand-image491880018.htmlRF2KG71YE–Dorsal Interossei of Hand
. An analytical compendium of the various branches of medical science, for the use and examination of students. Anatomy; Physiology; Surgery; Obstetrics; Medicine; Materia Medica. TEETH. 61 plantar ligaments; those of the fourth and fifth by dorsal and plantar ligaments with the cuboid. The heads of the metatarsal bones are united to each other by a strong transverse ligament: and to the phalanges by two lateral, the plantar, and an expansion of the extensor tendon. The phalanges.—Their ligaments are arranged similarly to those of the hand. TEETH. The teeth are placed in the alveolar processes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-analytical-compendium-of-the-various-branches-of-medical-science-for-the-use-and-examination-of-students-anatomy-physiology-surgery-obstetrics-medicine-materia-medica-teeth-61-plantar-ligaments-those-of-the-fourth-and-fifth-by-dorsal-and-plantar-ligaments-with-the-cuboid-the-heads-of-the-metatarsal-bones-are-united-to-each-other-by-a-strong-transverse-ligament-and-to-the-phalanges-by-two-lateral-the-plantar-and-an-expansion-of-the-extensor-tendon-the-phalangestheir-ligaments-are-arranged-similarly-to-those-of-the-hand-teeth-the-teeth-are-placed-in-the-alveolar-processes-image236875413.htmlRMRNAH05–. An analytical compendium of the various branches of medical science, for the use and examination of students. Anatomy; Physiology; Surgery; Obstetrics; Medicine; Materia Medica. TEETH. 61 plantar ligaments; those of the fourth and fifth by dorsal and plantar ligaments with the cuboid. The heads of the metatarsal bones are united to each other by a strong transverse ligament: and to the phalanges by two lateral, the plantar, and an expansion of the extensor tendon. The phalanges.—Their ligaments are arranged similarly to those of the hand. TEETH. The teeth are placed in the alveolar processes
Flexor Pully System Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/flexor-pully-system-image491879913.htmlRF2KG71RN–Flexor Pully System
. The comparative anatomy of the domesticated animals. Veterinary anatomy. THE SENSORY APPARATUSES. sends to this ligament, and to the tendon of the anterior extensor of the phalanges, a fibrous expansion that becomes fused with that of the opposite side. The fibro-cartilages comprise in their structure a mixture of fibrous and cartilaginous tissue, though the mixture of these is far from being perfectly homogeneous, or everywhere in the same proportions. The cartilages of the fore feet are thicker and more extensive than those of the hind ones. (The lateral fibro-cartilages are peculiar to So Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-the-sensory-apparatuses-sends-to-this-ligament-and-to-the-tendon-of-the-anterior-extensor-of-the-phalanges-a-fibrous-expansion-that-becomes-fused-with-that-of-the-opposite-side-the-fibro-cartilages-comprise-in-their-structure-a-mixture-of-fibrous-and-cartilaginous-tissue-though-the-mixture-of-these-is-far-from-being-perfectly-homogeneous-or-everywhere-in-the-same-proportions-the-cartilages-of-the-fore-feet-are-thicker-and-more-extensive-than-those-of-the-hind-ones-the-lateral-fibro-cartilages-are-peculiar-to-so-image232651156.htmlRMREE4WT–. The comparative anatomy of the domesticated animals. Veterinary anatomy. THE SENSORY APPARATUSES. sends to this ligament, and to the tendon of the anterior extensor of the phalanges, a fibrous expansion that becomes fused with that of the opposite side. The fibro-cartilages comprise in their structure a mixture of fibrous and cartilaginous tissue, though the mixture of these is far from being perfectly homogeneous, or everywhere in the same proportions. The cartilages of the fore feet are thicker and more extensive than those of the hind ones. (The lateral fibro-cartilages are peculiar to So
Extensor Digitorum Muscle Anatomy Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-digitorum-muscle-anatomy-image488428654.htmlRF2KAHRME–Extensor Digitorum Muscle Anatomy
. The comparative anatomy of the domesticated animals. Horses; Veterinary anatomy. 910 THE SENSORY APPARATUSES. Fig. 492. sends to this ligament, and to the tendon of the anterior extensor of the phalanges, a fibrous expansion that becomes fused with that of the opposite side. The fibro-cartilages comprise in their structure a mixture of fibrous and cartilaginous tissue, though the mixture of these is far from being perfectly homogeneous, or everywhere in the same proportions. The cartilages of the fore feet are thicker and more extensive than those of the hind ones. (The lateral fibro-cartila Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-horses-veterinary-anatomy-910-the-sensory-apparatuses-fig-492-sends-to-this-ligament-and-to-the-tendon-of-the-anterior-extensor-of-the-phalanges-a-fibrous-expansion-that-becomes-fused-with-that-of-the-opposite-side-the-fibro-cartilages-comprise-in-their-structure-a-mixture-of-fibrous-and-cartilaginous-tissue-though-the-mixture-of-these-is-far-from-being-perfectly-homogeneous-or-everywhere-in-the-same-proportions-the-cartilages-of-the-fore-feet-are-thicker-and-more-extensive-than-those-of-the-hind-ones-the-lateral-fibro-cartila-image232677228.htmlRMREFA50–. The comparative anatomy of the domesticated animals. Horses; Veterinary anatomy. 910 THE SENSORY APPARATUSES. Fig. 492. sends to this ligament, and to the tendon of the anterior extensor of the phalanges, a fibrous expansion that becomes fused with that of the opposite side. The fibro-cartilages comprise in their structure a mixture of fibrous and cartilaginous tissue, though the mixture of these is far from being perfectly homogeneous, or everywhere in the same proportions. The cartilages of the fore feet are thicker and more extensive than those of the hind ones. (The lateral fibro-cartila
Extensor Digiti Minimi Muscle Anatomy Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-digiti-minimi-muscle-anatomy-image488428652.htmlRF2KAHRMC–Extensor Digiti Minimi Muscle Anatomy
Extensor Digitorum Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-digitorum-image491881227.htmlRF2KG73EK–Extensor Digitorum
. Anatomy, descriptive and applied. Anatomy. Fig. 368.—The Dorsal interossei of left hand. The line marked by an * is that from which abduction is made. Fig. 369.—The Palmar interossei of left hand. The line marked by an * is that to which adduction is made. phalanx and aponeurotic expansion of the common Extensor tendon of the same finger. The First arises from the ulnar side of the second metacarpal bone, and is inserted into the same side of the first phalanx of the index finger. The Second arises from the radial side of the fourth metacarpal bone, and is inserted into the same side of the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-fig-368the-dorsal-interossei-of-left-hand-the-line-marked-by-an-is-that-from-which-abduction-is-made-fig-369the-palmar-interossei-of-left-hand-the-line-marked-by-an-is-that-to-which-adduction-is-made-phalanx-and-aponeurotic-expansion-of-the-common-extensor-tendon-of-the-same-finger-the-first-arises-from-the-ulnar-side-of-the-second-metacarpal-bone-and-is-inserted-into-the-same-side-of-the-first-phalanx-of-the-index-finger-the-second-arises-from-the-radial-side-of-the-fourth-metacarpal-bone-and-is-inserted-into-the-same-side-of-the-image236796566.htmlRMRN70C6–. Anatomy, descriptive and applied. Anatomy. Fig. 368.—The Dorsal interossei of left hand. The line marked by an * is that from which abduction is made. Fig. 369.—The Palmar interossei of left hand. The line marked by an * is that to which adduction is made. phalanx and aponeurotic expansion of the common Extensor tendon of the same finger. The First arises from the ulnar side of the second metacarpal bone, and is inserted into the same side of the first phalanx of the index finger. The Second arises from the radial side of the fourth metacarpal bone, and is inserted into the same side of the
Extensor Digiti Minimi Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-digiti-minimi-image491881225.htmlRF2KG73EH–Extensor Digiti Minimi
. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE INTEGUMENTARY APPENDAGES. 803 Fig. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keeatogbnous Membrane, or Stjbcornetts Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a fibrous fascia—a dependency of the lateral cartilages; and also over the inferior moiety of the external face of these cartilages, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-tee-integumentary-appendages-803-fig-373-can-perceive-that-it-is-essentially-constituted-by-adipose-tissue-numerous-blood-vessels-and-nerves-complete-this-structure-b-the-keeatogbnous-membrane-or-stjbcornetts-integumentthe-keratogenous-membrane-envelops-the-extremity-of-the-digit-by-spreading-over-the-terminal-expansion-of-the-tendon-of-the-extensor-pedis-through-the-medium-of-a-fibrous-fasciaa-dependency-of-the-lateral-cartilages-and-also-over-the-inferior-moiety-of-the-external-face-of-these-cartilages-image232440668.htmlRMRE4GCC–. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE INTEGUMENTARY APPENDAGES. 803 Fig. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keeatogbnous Membrane, or Stjbcornetts Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a fibrous fascia—a dependency of the lateral cartilages; and also over the inferior moiety of the external face of these cartilages,
Extensor Carpi Ulnaris Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-carpi-ulnaris-image491881224.htmlRF2KG73EG–Extensor Carpi Ulnaris
. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE INTEGUMENTARY APPENDAGES. 803 Ficr. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keratogenous Membrane, or Subcorneus Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a tibi-ous fascia—a dependency of the lateral cartilages ; and also over the inferior moiety of the external face of these cartilages, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-tee-integumentary-appendages-803-ficr-373-can-perceive-that-it-is-essentially-constituted-by-adipose-tissue-numerous-blood-vessels-and-nerves-complete-this-structure-b-the-keratogenous-membrane-or-subcorneus-integumentthe-keratogenous-membrane-envelops-the-extremity-of-the-digit-by-spreading-over-the-terminal-expansion-of-the-tendon-of-the-extensor-pedis-through-the-medium-of-a-tibi-ous-fasciaa-dependency-of-the-lateral-cartilages-and-also-over-the-inferior-moiety-of-the-external-face-of-these-cartilages-image232666992.htmlRMREEW3C–. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE INTEGUMENTARY APPENDAGES. 803 Ficr. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keratogenous Membrane, or Subcorneus Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a tibi-ous fascia—a dependency of the lateral cartilages ; and also over the inferior moiety of the external face of these cartilages,
Superficial Extensor Muscles of Forearm Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/superficial-extensor-muscles-of-forearm-image491880099.htmlRF2KG722B–Superficial Extensor Muscles of Forearm
. The comparative anatomy of the domesticated animals. Veterinary anatomy. THE INTEGUMENTAEY APPENDAGES. 803 Fig. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keratogenous Membrane, or Subcorneus Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a fibrous fascia—a dependency of the lateral cartilages; and also over the inferior moiety of the external face of these cartilages, th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-the-integumentaey-appendages-803-fig-373-can-perceive-that-it-is-essentially-constituted-by-adipose-tissue-numerous-blood-vessels-and-nerves-complete-this-structure-b-the-keratogenous-membrane-or-subcorneus-integumentthe-keratogenous-membrane-envelops-the-extremity-of-the-digit-by-spreading-over-the-terminal-expansion-of-the-tendon-of-the-extensor-pedis-through-the-medium-of-a-fibrous-fasciaa-dependency-of-the-lateral-cartilages-and-also-over-the-inferior-moiety-of-the-external-face-of-these-cartilages-th-image237845075.htmlRMRPXNPY–. The comparative anatomy of the domesticated animals. Veterinary anatomy. THE INTEGUMENTAEY APPENDAGES. 803 Fig. 373. can perceive that it is essentially constituted by adipose tissue.) Numerous blood-vessels and nerves complete this structure. B. The Keratogenous Membrane, or Subcorneus Integument.—The keratogenous membrane envelops the extremity of the digit, by spreading over the terminal expansion of the tendon of the extensor pedis, through the medium of a fibrous fascia—a dependency of the lateral cartilages; and also over the inferior moiety of the external face of these cartilages, th
Extensor Carpi Radialis Longus Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-carpi-radialis-longus-image491881222.htmlRF2KG73EE–Extensor Carpi Radialis Longus
. Cunningham's Text-book of anatomy. Anatomy. MUSCLES ON THE DORSAL SUEFACE OF THE FOEEAEM. 395 bones respectively (Fig. 352, p. 394). Each ends in a tendon which is directed distally behind the deep transverse metacarpal ligament, to be inserted into the dorsal expansion of the extensor tendon, the capsule of the metacarpo-phalangeal articulation, and the side of the first phalanx of the finger; the first is inserted into the medial side of the second finger; the second and third into the lateral sides of the fourth and fifth fingers. The deep part of the flexor pollicis brevis (inter- osseus Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-muscles-on-the-dorsal-sueface-of-the-foeeaem-395-bones-respectively-fig-352-p-394-each-ends-in-a-tendon-which-is-directed-distally-behind-the-deep-transverse-metacarpal-ligament-to-be-inserted-into-the-dorsal-expansion-of-the-extensor-tendon-the-capsule-of-the-metacarpo-phalangeal-articulation-and-the-side-of-the-first-phalanx-of-the-finger-the-first-is-inserted-into-the-medial-side-of-the-second-finger-the-second-and-third-into-the-lateral-sides-of-the-fourth-and-fifth-fingers-the-deep-part-of-the-flexor-pollicis-brevis-inter-osseus-image231881020.htmlRMRD72H0–. Cunningham's Text-book of anatomy. Anatomy. MUSCLES ON THE DORSAL SUEFACE OF THE FOEEAEM. 395 bones respectively (Fig. 352, p. 394). Each ends in a tendon which is directed distally behind the deep transverse metacarpal ligament, to be inserted into the dorsal expansion of the extensor tendon, the capsule of the metacarpo-phalangeal articulation, and the side of the first phalanx of the finger; the first is inserted into the medial side of the second finger; the second and third into the lateral sides of the fourth and fifth fingers. The deep part of the flexor pollicis brevis (inter- osseus
Extensor Carpi Radialis Brevis Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/extensor-carpi-radialis-brevis-image491881221.htmlRF2KG73ED–Extensor Carpi Radialis Brevis
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 10. Left, left ulna in extensor and flexor aspects. Right, comparable views of tfie radius. Right, below, proximal and distal surfaces of radius (dorsal aspect above). X '/s- panels, however, to attain the lateral margin and nuis doaivard mueh of the length of the bone. Distally, the ridge is absorbed in a distal expansion of the bone leading toward the temiinal articulation. As in pelycosaurs generally, the distal end of the bone is somewhat curved ventrally, so that the oval distal articular surface (for the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-fig-10-left-left-ulna-in-extensor-and-flexor-aspects-right-comparable-views-of-tfie-radius-right-below-proximal-and-distal-surfaces-of-radius-dorsal-aspect-above-x-s-panels-however-to-attain-the-lateral-margin-and-nuis-doaivard-mueh-of-the-length-of-the-bone-distally-the-ridge-is-absorbed-in-a-distal-expansion-of-the-bone-leading-toward-the-temiinal-articulation-as-in-pelycosaurs-generally-the-distal-end-of-the-bone-is-somewhat-curved-ventrally-so-that-the-oval-distal-articular-surface-for-the-image233901145.htmlRMRGF389–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 10. Left, left ulna in extensor and flexor aspects. Right, comparable views of tfie radius. Right, below, proximal and distal surfaces of radius (dorsal aspect above). X '/s- panels, however, to attain the lateral margin and nuis doaivard mueh of the length of the bone. Distally, the ridge is absorbed in a distal expansion of the bone leading toward the temiinal articulation. As in pelycosaurs generally, the distal end of the bone is somewhat curved ventrally, so that the oval distal articular surface (for the
Superficial Extensor Muscles of Forearm Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/superficial-extensor-muscles-of-forearm-image491881364.htmlRF2KG73KG–Superficial Extensor Muscles of Forearm
. Anatomy, descriptive and applied. Anatomy. FlQ 397 —Muscles of the sole of the right foot. Second layer. FiQ. 398.—Muscles of the sole of the right foot. Third layer. Flexor, as far back as their angle of division, each arising from two tendons, except the internal one. Each muscle terminates in a tendon, which passes forward on the inner side of the four lesser toes and is inserted into the expansion of the long Extensor tendon on the dorsum of the first phalanx of the corresponding toe. Dissection.—The Flexor tendons should be divided at the back part of the foot, and the riexor accessoriu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-flq-397-muscles-of-the-sole-of-the-right-foot-second-layer-fiq-398muscles-of-the-sole-of-the-right-foot-third-layer-flexor-as-far-back-as-their-angle-of-division-each-arising-from-two-tendons-except-the-internal-one-each-muscle-terminates-in-a-tendon-which-passes-forward-on-the-inner-side-of-the-four-lesser-toes-and-is-inserted-into-the-expansion-of-the-long-extensor-tendon-on-the-dorsum-of-the-first-phalanx-of-the-corresponding-toe-dissectionthe-flexor-tendons-should-be-divided-at-the-back-part-of-the-foot-and-the-riexor-accessoriu-image236759778.htmlRMRN59EA–. Anatomy, descriptive and applied. Anatomy. FlQ 397 —Muscles of the sole of the right foot. Second layer. FiQ. 398.—Muscles of the sole of the right foot. Third layer. Flexor, as far back as their angle of division, each arising from two tendons, except the internal one. Each muscle terminates in a tendon, which passes forward on the inner side of the four lesser toes and is inserted into the expansion of the long Extensor tendon on the dorsum of the first phalanx of the corresponding toe. Dissection.—The Flexor tendons should be divided at the back part of the foot, and the riexor accessoriu
Brachioradialis Muscle Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/brachioradialis-muscle-image491881206.htmlRF2KG73DX–Brachioradialis Muscle
. Bulletin. Natural history; Natuurlijke historie. POSTCRANIAL BONES 57 were made on the mechanical stage of a microscope with a micrometer reading to 0.01 mm. Length was measured along the long axis of the shaft from points of tangency at head and distal end, the specimen lying on the slide with the proximal expansion flat. Width of head was measured simi- larly between tangents to the dorsal (extensor) surface and tip of the deltopectoral crest. Width across the epicondyles was taken along a line normal to the length of the bone. Radius: Among the rarest of the limb elements are the slender Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-postcranial-bones-57-were-made-on-the-mechanical-stage-of-a-microscope-with-a-micrometer-reading-to-001-mm-length-was-measured-along-the-long-axis-of-the-shaft-from-points-of-tangency-at-head-and-distal-end-the-specimen-lying-on-the-slide-with-the-proximal-expansion-flat-width-of-head-was-measured-simi-larly-between-tangents-to-the-dorsal-extensor-surface-and-tip-of-the-deltopectoral-crest-width-across-the-epicondyles-was-taken-along-a-line-normal-to-the-length-of-the-bone-radius-among-the-rarest-of-the-limb-elements-are-the-slender-image234225371.htmlRMRH1TRR–. Bulletin. Natural history; Natuurlijke historie. POSTCRANIAL BONES 57 were made on the mechanical stage of a microscope with a micrometer reading to 0.01 mm. Length was measured along the long axis of the shaft from points of tangency at head and distal end, the specimen lying on the slide with the proximal expansion flat. Width of head was measured simi- larly between tangents to the dorsal (extensor) surface and tip of the deltopectoral crest. Width across the epicondyles was taken along a line normal to the length of the bone. Radius: Among the rarest of the limb elements are the slender
Anconeus Muscle Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anconeus-muscle-image491881195.htmlRF2KG73DF–Anconeus Muscle
. Carnegie Institution of Washington publication. . Via. ^I—Ophiiuodon minis Marsh. A, left humerus, ventral side, X K; B, left humerus, distal end, X yi; C, left ulna, radius, and carpus, ventral side, X >2; D, left carpus, dorsal side, X 14. 90 degrees with the plane of the entocondylar expansion; like the entocondyle, it has a terminal cartilaginous sur- face for the attachment of powerful extensor muscles. This unusual dorsad inclina- tion of the condyle is very characteristic of short, stout legs, and especially of short humeri, as seen in Diadcctes, Diasparactits, and LimnosccUs. The Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/carnegie-institution-of-washington-publication-via-iophiiuodon-minis-marsh-a-left-humerus-ventral-side-x-k-b-left-humerus-distal-end-x-yi-c-left-ulna-radius-and-carpus-ventral-side-x-gt2-d-left-carpus-dorsal-side-x-14-90-degrees-with-the-plane-of-the-entocondylar-expansion-like-the-entocondyle-it-has-a-terminal-cartilaginous-sur-face-for-the-attachment-of-powerful-extensor-muscles-this-unusual-dorsad-inclina-tion-of-the-condyle-is-very-characteristic-of-short-stout-legs-and-especially-of-short-humeri-as-seen-in-diadcctes-diasparactits-and-limnosccus-the-image233476833.htmlRMRFRP29–. Carnegie Institution of Washington publication. . Via. ^I—Ophiiuodon minis Marsh. A, left humerus, ventral side, X K; B, left humerus, distal end, X yi; C, left ulna, radius, and carpus, ventral side, X >2; D, left carpus, dorsal side, X 14. 90 degrees with the plane of the entocondylar expansion; like the entocondyle, it has a terminal cartilaginous sur- face for the attachment of powerful extensor muscles. This unusual dorsad inclina- tion of the condyle is very characteristic of short, stout legs, and especially of short humeri, as seen in Diadcctes, Diasparactits, and LimnosccUs. The
Muscles of forearm anterior and posterior view Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/muscles-of-forearm-anterior-and-posterior-view-image491880035.htmlRF2KG7203–Muscles of forearm anterior and posterior view
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