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Flexes Black & White Stock Photos
Bodybuilder flexing stomach muscles - Model Release Number 624 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bodybuilder-flexing-stomach-muscles-model-release-number-624-image4154045.htmlRMAAXXBE–Bodybuilder flexing stomach muscles - Model Release Number 624
Burma/Myanmar: A tattooed young man poses as a warrior and flexes his muscles for the camera in Mong Un, Shan State, in 1895. The Shan ethnic group popularized the craft of tattooing in Burma, importing the practice from southern China. Their tattoos had magical or spiritual connotations, similar to the belief in amulets. In Shan culture, a young man was often tattooed from the waist to the knees as a rite of passage and was a sign of virility and maturity. The ritual was performed by the village medicine man, using a long skewer to apply traditional indigo ink or natural vermillion. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/burmamyanmar-a-tattooed-young-man-poses-as-a-warrior-and-flexes-his-muscles-for-the-camera-in-mong-un-shan-state-in-1895-the-shan-ethnic-group-popularized-the-craft-of-tattooing-in-burma-importing-the-practice-from-southern-china-their-tattoos-had-magical-or-spiritual-connotations-similar-to-the-belief-in-amulets-in-shan-culture-a-young-man-was-often-tattooed-from-the-waist-to-the-knees-as-a-rite-of-passage-and-was-a-sign-of-virility-and-maturity-the-ritual-was-performed-by-the-village-medicine-man-using-a-long-skewer-to-apply-traditional-indigo-ink-or-natural-vermillion-image344227620.htmlRM2B00WRG–Burma/Myanmar: A tattooed young man poses as a warrior and flexes his muscles for the camera in Mong Un, Shan State, in 1895. The Shan ethnic group popularized the craft of tattooing in Burma, importing the practice from southern China. Their tattoos had magical or spiritual connotations, similar to the belief in amulets. In Shan culture, a young man was often tattooed from the waist to the knees as a rite of passage and was a sign of virility and maturity. The ritual was performed by the village medicine man, using a long skewer to apply traditional indigo ink or natural vermillion.
Miss Joan Majendie, Expected to represent Britain in the Olympic games, flexes her foil before practice at the London fencing Club. May 24, 1948. (Photo by Reuterphoto) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/miss-joan-majendie-expected-to-represent-britain-in-the-olympic-games-flexes-her-foil-before-practice-at-the-london-fencing-club-may-24-1948-photo-by-reuterphoto-image463585113.htmlRM2HX63F5–Miss Joan Majendie, Expected to represent Britain in the Olympic games, flexes her foil before practice at the London fencing Club. May 24, 1948. (Photo by Reuterphoto)
Retro telephone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-retro-telephone-129905919.htmlRFHF9M93–Retro telephone
Darryl Zeuck flexes his muscles as he attempts unsucessfully to chin the bar on trapeze one arm trumpet player Joe Vincent. Zanuck's display climaxed an Oriental Party in Swank Hollywood nightclub (Ciro's ). January 18, 1954. (Photo by Associated Press Photo) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/darryl-zeuck-flexes-his-muscles-as-he-attempts-unsucessfully-to-chin-the-bar-on-trapeze-one-arm-trumpet-player-joe-vincent-zanucks-display-climaxed-an-oriental-party-in-swank-hollywood-nightclub-ciros-january-18-1954-photo-by-associated-press-photo-image463587921.htmlRM2HX673D–Darryl Zeuck flexes his muscles as he attempts unsucessfully to chin the bar on trapeze one arm trumpet player Joe Vincent. Zanuck's display climaxed an Oriental Party in Swank Hollywood nightclub (Ciro's ). January 18, 1954. (Photo by Associated Press Photo)
Applied anatomy and kinesiology, the mechanism of muscular movement . lecurves around the inner side of the thigh, passing behind the innercondyle and then forward to its insertion. The fascia of the thigh is a thick sheet of fibrous connectivetissue that envelops the thigh just under the skin. Action.—The position of the sartorius, curving around the frontand inner sides of the thigh, makes it difficult to learn much of itsaction by a study of the skeleton. Its isolated action, under theinfluence of electricity, flexes both the hip and the knee, as onewould expect from its general position. I Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/applied-anatomy-and-kinesiology-the-mechanism-of-muscular-movement-lecurves-around-the-inner-side-of-the-thigh-passing-behind-the-innercondyle-and-then-forward-to-its-insertion-the-fascia-of-the-thigh-is-a-thick-sheet-of-fibrous-connectivetissue-that-envelops-the-thigh-just-under-the-skin-actionthe-position-of-the-sartorius-curving-around-the-frontand-inner-sides-of-the-thigh-makes-it-difficult-to-learn-much-of-itsaction-by-a-study-of-the-skeleton-its-isolated-action-under-theinfluence-of-electricity-flexes-both-the-hip-and-the-knee-as-onewould-expect-from-its-general-position-i-image342688141.htmlRM2AWEP65–Applied anatomy and kinesiology, the mechanism of muscular movement . lecurves around the inner side of the thigh, passing behind the innercondyle and then forward to its insertion. The fascia of the thigh is a thick sheet of fibrous connectivetissue that envelops the thigh just under the skin. Action.—The position of the sartorius, curving around the frontand inner sides of the thigh, makes it difficult to learn much of itsaction by a study of the skeleton. Its isolated action, under theinfluence of electricity, flexes both the hip and the knee, as onewould expect from its general position. I
booy flexes his muscles and laughs Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/booy-flexes-his-muscles-and-laughs-image645021.htmlRMA9D79D–booy flexes his muscles and laughs
A manual of anatomy . ndons of the mm. flexor hallucis longus and flexor digitorumlongus are included in this layer. Third Layer.—The m. flexor hallucis brevis arises from the tendon THE MUSCLES OF THE FOOT 209 of the tibialis posterior and the plantar surface of the cuboid bone.It forms two tendons (between which the tendon of the m. flexorhallucis longus passes) which are inserted into the medial and lateralsurfaces of the base of the first phalanx of the great toe, blending withthe other tendons inserted here. Action.—Flexes the great toe at the metatarsophalangeal joint. Nerve Supply.—Medi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-ndons-of-the-mm-flexor-hallucis-longus-and-flexor-digitorumlongus-are-included-in-this-layer-third-layerthe-m-flexor-hallucis-brevis-arises-from-the-tendon-the-muscles-of-the-foot-209-of-the-tibialis-posterior-and-the-plantar-surface-of-the-cuboid-boneit-forms-two-tendons-between-which-the-tendon-of-the-m-flexorhallucis-longus-passes-which-are-inserted-into-the-medial-and-lateralsurfaces-of-the-base-of-the-first-phalanx-of-the-great-toe-blending-withthe-other-tendons-inserted-here-actionflexes-the-great-toe-at-the-metatarsophalangeal-joint-nerve-supplymedi-image343357038.htmlRM2AXH7BA–A manual of anatomy . ndons of the mm. flexor hallucis longus and flexor digitorumlongus are included in this layer. Third Layer.—The m. flexor hallucis brevis arises from the tendon THE MUSCLES OF THE FOOT 209 of the tibialis posterior and the plantar surface of the cuboid bone.It forms two tendons (between which the tendon of the m. flexorhallucis longus passes) which are inserted into the medial and lateralsurfaces of the base of the first phalanx of the great toe, blending withthe other tendons inserted here. Action.—Flexes the great toe at the metatarsophalangeal joint. Nerve Supply.—Medi
boy flexes his muscles on the beach Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/boy-flexes-his-muscles-on-the-beach-image645003.htmlRMA9D78B–boy flexes his muscles on the beach
A manual of anatomy . mastoideus arises from the ventral surface of themanubrium sterni (sternal head) and from the medial third of thesuperior surface of the clavicle (clavicular head). It passes supe-riorly and dorsally in an oblique manner to be inserted into the lateralsurface of the mastoid process of the temporal bone and the superiornuchal line of the occipital bone. Action.—Flexes the head laterally and rotates it toward the oppositeside if acting alone. Both acting flex the head upon the neck andassist in raising the clavicle and sternum in forced inspiration. Nerve Supply.—Accessory Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-mastoideus-arises-from-the-ventral-surface-of-themanubrium-sterni-sternal-head-and-from-the-medial-third-of-thesuperior-surface-of-the-clavicle-clavicular-head-it-passes-supe-riorly-and-dorsally-in-an-oblique-manner-to-be-inserted-into-the-lateralsurface-of-the-mastoid-process-of-the-temporal-bone-and-the-superiornuchal-line-of-the-occipital-bone-actionflexes-the-head-laterally-and-rotates-it-toward-the-oppositeside-if-acting-alone-both-acting-flex-the-head-upon-the-neck-andassist-in-raising-the-clavicle-and-sternum-in-forced-inspiration-nerve-supplyaccessory-image343364804.htmlRM2AXHH8M–A manual of anatomy . mastoideus arises from the ventral surface of themanubrium sterni (sternal head) and from the medial third of thesuperior surface of the clavicle (clavicular head). It passes supe-riorly and dorsally in an oblique manner to be inserted into the lateralsurface of the mastoid process of the temporal bone and the superiornuchal line of the occipital bone. Action.—Flexes the head laterally and rotates it toward the oppositeside if acting alone. Both acting flex the head upon the neck andassist in raising the clavicle and sternum in forced inspiration. Nerve Supply.—Accessory
a boy makes a funny face as he flexes his arms Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-boy-makes-a-funny-face-as-he-flexes-his-arms-image645026.htmlRMA9D7A2–a boy makes a funny face as he flexes his arms
A manual of anatomy . into the lateral surface of the baseof the first phalanx of the little toe. Actions.—Flexes and abducts the little toe. 2o8 MYOLOGY Nerve Supply.—^Lateral plantar nerve (S. i, 2). Second Layer.—The mm. lumbricales are Jour muscles associatedwith the flexor digitorum longus tendons. The first arises from themedial side of the tendon for the second toe and the others arise fromthe adjacent side of all four tendons. Each muscle is inserted intothe extensor tendon and the base of the first phalanx of the fourouter toes, as in the hand. Actions.—Flex the metatarsophalangeal jo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-into-the-lateral-surface-of-the-baseof-the-first-phalanx-of-the-little-toe-actionsflexes-and-abducts-the-little-toe-2o8-myology-nerve-supplylateral-plantar-nerve-s-i-2-second-layerthe-mm-lumbricales-are-jour-muscles-associatedwith-the-flexor-digitorum-longus-tendons-the-first-arises-from-themedial-side-of-the-tendon-for-the-second-toe-and-the-others-arise-fromthe-adjacent-side-of-all-four-tendons-each-muscle-is-inserted-intothe-extensor-tendon-and-the-base-of-the-first-phalanx-of-the-fourouter-toes-as-in-the-hand-actionsflex-the-metatarsophalangeal-jo-image343357225.htmlRM2AXH7J1–A manual of anatomy . into the lateral surface of the baseof the first phalanx of the little toe. Actions.—Flexes and abducts the little toe. 2o8 MYOLOGY Nerve Supply.—^Lateral plantar nerve (S. i, 2). Second Layer.—The mm. lumbricales are Jour muscles associatedwith the flexor digitorum longus tendons. The first arises from themedial side of the tendon for the second toe and the others arise fromthe adjacent side of all four tendons. Each muscle is inserted intothe extensor tendon and the base of the first phalanx of the fourouter toes, as in the hand. Actions.—Flex the metatarsophalangeal jo
A manual of anatomy . inserted into the distal por-tion of the line from the lesser trochanter to the linea aspera, dorsal tothe pectineus. Actions.—Adducts and flexes the thigh. Nerve Supply.—Obturator nerve (L. 2, 3, 4). The m. adductor magnus is the largest of this group and arises 198 MYOLOGY from the lateral margin and inferior surface of the tuberosity of theischium, from the margin of the inferior ramus of the ischium and theventral surface of the inferior ramus of the pubic bone. It is in-serted into the femur superior to the linea aspera and continues allalong the linea aspera and the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-inserted-into-the-distal-por-tion-of-the-line-from-the-lesser-trochanter-to-the-linea-aspera-dorsal-tothe-pectineus-actionsadducts-and-flexes-the-thigh-nerve-supplyobturator-nerve-l-2-3-4-the-m-adductor-magnus-is-the-largest-of-this-group-and-arises-198-myology-from-the-lateral-margin-and-inferior-surface-of-the-tuberosity-of-theischium-from-the-margin-of-the-inferior-ramus-of-the-ischium-and-theventral-surface-of-the-inferior-ramus-of-the-pubic-bone-it-is-in-serted-into-the-femur-superior-to-the-linea-aspera-and-continues-allalong-the-linea-aspera-and-the-image343357957.htmlRM2AXH8G5–A manual of anatomy . inserted into the distal por-tion of the line from the lesser trochanter to the linea aspera, dorsal tothe pectineus. Actions.—Adducts and flexes the thigh. Nerve Supply.—Obturator nerve (L. 2, 3, 4). The m. adductor magnus is the largest of this group and arises 198 MYOLOGY from the lateral margin and inferior surface of the tuberosity of theischium, from the margin of the inferior ramus of the ischium and theventral surface of the inferior ramus of the pubic bone. It is in-serted into the femur superior to the linea aspera and continues allalong the linea aspera and the
A manual of anatomy . l surface of the coronoid process of the ulna. The muscleis inserted into the middle of the lateral surface of the shaft of theradius. Action.—Flexes the elbow joint and pronates the forearm. Nerve Supply.—Median nerve (C. 6). The m. flexor carpi radialis arises from the medial condyle throughthe common tendon, from the intermuscular septa and fascia over itand is inserted into the proximal extremities of the second and thirdmetacarpal bones. Action.—Flexes the elbow and wrist joints and assists in pronatingthe forearm. THE VENTRAL MUSCLES OF THE FOREARM i8S Nerve Supply, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-l-surface-of-the-coronoid-process-of-the-ulna-the-muscleis-inserted-into-the-middle-of-the-lateral-surface-of-the-shaft-of-theradius-actionflexes-the-elbow-joint-and-pronates-the-forearm-nerve-supplymedian-nerve-c-6-the-m-flexor-carpi-radialis-arises-from-the-medial-condyle-throughthe-common-tendon-from-the-intermuscular-septa-and-fascia-over-itand-is-inserted-into-the-proximal-extremities-of-the-second-and-thirdmetacarpal-bones-actionflexes-the-elbow-and-wrist-joints-and-assists-in-pronatingthe-forearm-the-ventral-muscles-of-the-forearm-i8s-nerve-supply-image343359592.htmlRM2AXHAJG–A manual of anatomy . l surface of the coronoid process of the ulna. The muscleis inserted into the middle of the lateral surface of the shaft of theradius. Action.—Flexes the elbow joint and pronates the forearm. Nerve Supply.—Median nerve (C. 6). The m. flexor carpi radialis arises from the medial condyle throughthe common tendon, from the intermuscular septa and fascia over itand is inserted into the proximal extremities of the second and thirdmetacarpal bones. Action.—Flexes the elbow and wrist joints and assists in pronatingthe forearm. THE VENTRAL MUSCLES OF THE FOREARM i8S Nerve Supply,
A manual of anatomy . haft of the fibula (ventralpart) and from the fascia and intermuscular septum. It is insertedinto the four lesser toes. Over the first phalanx of each toe eachtendon is joined by tendons from the lumbricales, interossei and theextensor digitorum brevis. This conjoined tendon splits into threeportions, the central one of which is inserted into the distal phalanxand the two side tendons into the middle phalanx. A ctions.—Flexes the foot dorsally and extends the four lesser toes. 204 MYOLOGY Nerve Supply.—Deep peroneal nerve (L. 4, 5, S. i). The m. peroneus tertius arises wi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-haft-of-the-fibula-ventralpart-and-from-the-fascia-and-intermuscular-septum-it-is-insertedinto-the-four-lesser-toes-over-the-first-phalanx-of-each-toe-eachtendon-is-joined-by-tendons-from-the-lumbricales-interossei-and-theextensor-digitorum-brevis-this-conjoined-tendon-splits-into-threeportions-the-central-one-of-which-is-inserted-into-the-distal-phalanxand-the-two-side-tendons-into-the-middle-phalanx-a-ctionsflexes-the-foot-dorsally-and-extends-the-four-lesser-toes-204-myology-nerve-supplydeep-peroneal-nerve-l-4-5-s-i-the-m-peroneus-tertius-arises-wi-image343357682.htmlRM2AXH86A–A manual of anatomy . haft of the fibula (ventralpart) and from the fascia and intermuscular septum. It is insertedinto the four lesser toes. Over the first phalanx of each toe eachtendon is joined by tendons from the lumbricales, interossei and theextensor digitorum brevis. This conjoined tendon splits into threeportions, the central one of which is inserted into the distal phalanxand the two side tendons into the middle phalanx. A ctions.—Flexes the foot dorsally and extends the four lesser toes. 204 MYOLOGY Nerve Supply.—Deep peroneal nerve (L. 4, 5, S. i). The m. peroneus tertius arises wi
A manual of anatomy . (C. 8, Th. i). DORSAL AND LATERAL MUSCLES OF THE FOREAItM The superficial muscles are seven in number. The m. brachioradialis arises from the lateral epicondylic ridge(proximal two-thirds) and from the intermuscular septum. It isinserted at the beginning of the groove upon the lateral side of thedistal extremity of the radius. Action.—Flexes the elbow joint, assists the pronators and supina-tors and is a semipronator and a semisupinator. THE DORSAL MUSCLES OF THE FOREARM 191 Nerve Supply.—Branch from the radial nerve (C. 5, 6). The m. extensor carpi radiaiis longus arises Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-c-8-th-i-dorsal-and-lateral-muscles-of-the-foreaitm-the-superficial-muscles-are-seven-in-number-the-m-brachioradialis-arises-from-the-lateral-epicondylic-ridgeproximal-two-thirds-and-from-the-intermuscular-septum-it-isinserted-at-the-beginning-of-the-groove-upon-the-lateral-side-of-thedistal-extremity-of-the-radius-actionflexes-the-elbow-joint-assists-the-pronators-and-supina-tors-and-is-a-semipronator-and-a-semisupinator-the-dorsal-muscles-of-the-forearm-191-nerve-supplybranch-from-the-radial-nerve-c-5-6-the-m-extensor-carpi-radiaiis-longus-arises-image343358434.htmlRM2AXH956–A manual of anatomy . (C. 8, Th. i). DORSAL AND LATERAL MUSCLES OF THE FOREAItM The superficial muscles are seven in number. The m. brachioradialis arises from the lateral epicondylic ridge(proximal two-thirds) and from the intermuscular septum. It isinserted at the beginning of the groove upon the lateral side of thedistal extremity of the radius. Action.—Flexes the elbow joint, assists the pronators and supina-tors and is a semipronator and a semisupinator. THE DORSAL MUSCLES OF THE FOREARM 191 Nerve Supply.—Branch from the radial nerve (C. 5, 6). The m. extensor carpi radiaiis longus arises
Applied anatomy and kinesiology, the mechanism of muscular movement . ing other pile on top of him more likelyto have his knee ligaments strained if he flexes his knees or keeps them straight?Explain. 9. Standing on left foot with knees extended, place right foot on the floor behindthe left heel, the arch of the right touching the heel of the left and the lines of thetwo feet at right angles; then place the right foot in front of left toe, arch of right attoe of left, right toe pointing directly to left, lines of the two feet at right angles;the right foot now points in exactly the opposite di Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/applied-anatomy-and-kinesiology-the-mechanism-of-muscular-movement-ing-other-pile-on-top-of-him-more-likelyto-have-his-knee-ligaments-strained-if-he-flexes-his-knees-or-keeps-them-straightexplain-9-standing-on-left-foot-with-knees-extended-place-right-foot-on-the-floor-behindthe-left-heel-the-arch-of-the-right-touching-the-heel-of-the-left-and-the-lines-of-thetwo-feet-at-right-angles-then-place-the-right-foot-in-front-of-left-toe-arch-of-right-attoe-of-left-right-toe-pointing-directly-to-left-lines-of-the-two-feet-at-right-anglesthe-right-foot-now-points-in-exactly-the-opposite-di-image342682061.htmlRM2AWEED1–Applied anatomy and kinesiology, the mechanism of muscular movement . ing other pile on top of him more likelyto have his knee ligaments strained if he flexes his knees or keeps them straight?Explain. 9. Standing on left foot with knees extended, place right foot on the floor behindthe left heel, the arch of the right touching the heel of the left and the lines of thetwo feet at right angles; then place the right foot in front of left toe, arch of right attoe of left, right toe pointing directly to left, lines of the two feet at right angles;the right foot now points in exactly the opposite di
. Diseases & disorders of the horse, a treatise on equine medicine and surgery, being a contribution to the science of comparative pathology. Horses. 131 The horse's hoof contains, the coffin bone ; the lower part of the second digit; the four ligaments binding the joint between these two digits ; a tendon in front of the joint, which extends the foot ; a tendon at the back of the joint which supports it, and is fastened into the coffin bone behind, after gliding over the back surface of the navicular bone. This tendon flexes- the foot when called into action. In addition to these structur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-amp-disorders-of-the-horse-a-treatise-on-equine-medicine-and-surgery-being-a-contribution-to-the-science-of-comparative-pathology-horses-131-the-horses-hoof-contains-the-coffin-bone-the-lower-part-of-the-second-digit-the-four-ligaments-binding-the-joint-between-these-two-digits-a-tendon-in-front-of-the-joint-which-extends-the-foot-a-tendon-at-the-back-of-the-joint-which-supports-it-and-is-fastened-into-the-coffin-bone-behind-after-gliding-over-the-back-surface-of-the-navicular-bone-this-tendon-flexes-the-foot-when-called-into-action-in-addition-to-these-structur-image232354395.htmlRMRE0JB7–. Diseases & disorders of the horse, a treatise on equine medicine and surgery, being a contribution to the science of comparative pathology. Horses. 131 The horse's hoof contains, the coffin bone ; the lower part of the second digit; the four ligaments binding the joint between these two digits ; a tendon in front of the joint, which extends the foot ; a tendon at the back of the joint which supports it, and is fastened into the coffin bone behind, after gliding over the back surface of the navicular bone. This tendon flexes- the foot when called into action. In addition to these structur
![. Key to North American birds [microform] : containing a concise account of every species of living and fossil bird at present known from the continent north of the Mexican and United States boundary, inclusive of Greenland. Birds; Ornithology; Oiseaux; Ornithologie. TROCHJLIDJE â TROCHILINJE: HVMMIXG-JillWS. 459 in from the fact that, as in Paascres projtcr, the flexor longus hnllncis is independent of tlio flexor liingiis (ligitoruni, âthat is, the inusole wliich bends tlie hind too wori<» separately from tliat wliicii flexes the other toes colh'otively. Tlie arningenient of tlio thigh m Stock Photo](https://c8.alamy.com/comp/RJ46NB/key-to-north-american-birds-microform-containing-a-concise-account-of-every-species-of-living-and-fossil-bird-at-present-known-from-the-continent-north-of-the-mexican-and-united-states-boundary-inclusive-of-greenland-birds-ornithology-oiseaux-ornithologie-trochjlidje-trochilinje-hvmmixg-jillws-459-in-from-the-fact-that-as-in-paascres-projtcr-the-flexor-longus-hnllncis-is-independent-of-tlio-flexor-liingiis-ligitoruni-that-is-the-inusole-wliich-bends-tlie-hind-too-worilt-separately-from-tliat-wliicii-flexes-the-other-toes-colhotively-tlie-arningenient-of-tlio-thigh-m-RJ46NB.jpg ". Key to North American birds [microform] : containing a concise account of every species of living and fossil bird at present known from the continent north of the Mexican and United States boundary, inclusive of Greenland. Birds; Ornithology; Oiseaux; Ornithologie. TROCHJLIDJE â TROCHILINJE: HVMMIXG-JillWS. 459 in from the fact that, as in Paascres projtcr, the flexor longus hnllncis is independent of tlio flexor liingiis (ligitoruni, âthat is, the inusole wliich bends tlie hind too wori<» separately from tliat wliicii flexes the other toes colh'otively. Tlie arningenient of tlio thigh m Stock Photo")
. Key to North American birds [microform] : containing a concise account of every species of living and fossil bird at present known from the continent north of the Mexican and United States boundary, inclusive of Greenland. Birds; Ornithology; Oiseaux; Ornithologie. TROCHJLIDJE â TROCHILINJE: HVMMIXG-JillWS. 459 in from the fact that, as in Paascres projtcr, the flexor longus hnllncis is independent of tlio flexor liingiis (ligitoruni, âthat is, the inusole wliich bends tlie hind too wori<» separately from tliat wliicii flexes the other toes colh'otively. Tlie arningenient of tlio thigh m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/key-to-north-american-birds-microform-containing-a-concise-account-of-every-species-of-living-and-fossil-bird-at-present-known-from-the-continent-north-of-the-mexican-and-united-states-boundary-inclusive-of-greenland-birds-ornithology-oiseaux-ornithologie-trochjlidje-trochilinje-hvmmixg-jillws-459-in-from-the-fact-that-as-in-paascres-projtcr-the-flexor-longus-hnllncis-is-independent-of-tlio-flexor-liingiis-ligitoruni-that-is-the-inusole-wliich-bends-tlie-hind-too-worilt-separately-from-tliat-wliicii-flexes-the-other-toes-colhotively-tlie-arningenient-of-tlio-thigh-m-image234891703.htmlRMRJ46NB–. Key to North American birds [microform] : containing a concise account of every species of living and fossil bird at present known from the continent north of the Mexican and United States boundary, inclusive of Greenland. Birds; Ornithology; Oiseaux; Ornithologie. TROCHJLIDJE â TROCHILINJE: HVMMIXG-JillWS. 459 in from the fact that, as in Paascres projtcr, the flexor longus hnllncis is independent of tlio flexor liingiis (ligitoruni, âthat is, the inusole wliich bends tlie hind too wori<» separately from tliat wliicii flexes the other toes colh'otively. Tlie arningenient of tlio thigh m
![. The Arthrostraca of Connecticut. Malacostraca. No. 26.] ARTHROSTRACA OF CONNECTICUT. 81 uropods ; gills with a tinge of rose color This species swims in an irregular, jerky manner and after swimming but a short distance suddenly stops, flexes the body, and drops to the bottom. Its motions in the water resemble those of the ostracod, Cypris." Length 2 mm. Distribution: Woods Hole, Massachusetts; Long Island Sound. Holmes obtained this species in material secured from piles at Woods Hole in September and also among masses of Pennaria. Stenothoe minuta Holmes.. Fig. 15. Stenothoe minuta. S Stock Photo](https://c8.alamy.com/comp/RDNGY0/the-arthrostraca-of-connecticut-malacostraca-no-26-arthrostraca-of-connecticut-81-uropods-gills-with-a-tinge-of-rose-color-this-species-swims-in-an-irregular-jerky-manner-and-after-swimming-but-a-short-distance-suddenly-stops-flexes-the-body-and-drops-to-the-bottom-its-motions-in-the-water-resemble-those-of-the-ostracod-cyprisquot-length-2-mm-distribution-woods-hole-massachusetts-long-island-sound-holmes-obtained-this-species-in-material-secured-from-piles-at-woods-hole-in-september-and-also-among-masses-of-pennaria-stenothoe-minuta-holmes-fig-15-stenothoe-minuta-s-RDNGY0.jpg ". The Arthrostraca of Connecticut. Malacostraca. No. 26.] ARTHROSTRACA OF CONNECTICUT. 81 uropods ; gills with a tinge of rose color This species swims in an irregular, jerky manner and after swimming but a short distance suddenly stops, flexes the body, and drops to the bottom. Its motions in the water resemble those of the ostracod, Cypris." Length 2 mm. Distribution: Woods Hole, Massachusetts; Long Island Sound. Holmes obtained this species in material secured from piles at Woods Hole in September and also among masses of Pennaria. Stenothoe minuta Holmes.. Fig. 15. Stenothoe minuta. S Stock Photo")
. The Arthrostraca of Connecticut. Malacostraca. No. 26.] ARTHROSTRACA OF CONNECTICUT. 81 uropods ; gills with a tinge of rose color This species swims in an irregular, jerky manner and after swimming but a short distance suddenly stops, flexes the body, and drops to the bottom. Its motions in the water resemble those of the ostracod, Cypris." Length 2 mm. Distribution: Woods Hole, Massachusetts; Long Island Sound. Holmes obtained this species in material secured from piles at Woods Hole in September and also among masses of Pennaria. Stenothoe minuta Holmes.. Fig. 15. Stenothoe minuta. S Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-arthrostraca-of-connecticut-malacostraca-no-26-arthrostraca-of-connecticut-81-uropods-gills-with-a-tinge-of-rose-color-this-species-swims-in-an-irregular-jerky-manner-and-after-swimming-but-a-short-distance-suddenly-stops-flexes-the-body-and-drops-to-the-bottom-its-motions-in-the-water-resemble-those-of-the-ostracod-cyprisquot-length-2-mm-distribution-woods-hole-massachusetts-long-island-sound-holmes-obtained-this-species-in-material-secured-from-piles-at-woods-hole-in-september-and-also-among-masses-of-pennaria-stenothoe-minuta-holmes-fig-15-stenothoe-minuta-s-image232199604.htmlRMRDNGY0–. The Arthrostraca of Connecticut. Malacostraca. No. 26.] ARTHROSTRACA OF CONNECTICUT. 81 uropods ; gills with a tinge of rose color This species swims in an irregular, jerky manner and after swimming but a short distance suddenly stops, flexes the body, and drops to the bottom. Its motions in the water resemble those of the ostracod, Cypris." Length 2 mm. Distribution: Woods Hole, Massachusetts; Long Island Sound. Holmes obtained this species in material secured from piles at Woods Hole in September and also among masses of Pennaria. Stenothoe minuta Holmes.. Fig. 15. Stenothoe minuta. S
. Diseases of the horse's foot . Hoofs; Horses. EEGIONAL ANATOMY 21 Action.—This muscle flexes the second phalanx on the first, the first on the metacarpus, and the entire foot on the forearm. Mechanically, it acts as a stay when the animal IS standing by maintaining the metacarpo-phalangeal angle. The Flexor Pedis Peepoeans, oe the Deep Flexoe op THE Phalanges.—This muscle consists of three easily- divided portions : an ulnar, a humeral, and a radial, and has. Fig. 13.—Median Section of Foot. A, Os suffraginis ; B, os coronae ; C, os pedis : B, navicular bone; JE, tendon of the extensor pedis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-the-horses-foot-hoofs-horses-eegional-anatomy-21-actionthis-muscle-flexes-the-second-phalanx-on-the-first-the-first-on-the-metacarpus-and-the-entire-foot-on-the-forearm-mechanically-it-acts-as-a-stay-when-the-animal-is-standing-by-maintaining-the-metacarpo-phalangeal-angle-the-flexor-pedis-peepoeans-oe-the-deep-flexoe-op-the-phalangesthis-muscle-consists-of-three-easily-divided-portions-an-ulnar-a-humeral-and-a-radial-and-has-fig-13median-section-of-foot-a-os-suffraginis-b-os-coronae-c-os-pedis-b-navicular-bone-je-tendon-of-the-extensor-pedis-image232319129.htmlRMRDY1BN–. Diseases of the horse's foot . Hoofs; Horses. EEGIONAL ANATOMY 21 Action.—This muscle flexes the second phalanx on the first, the first on the metacarpus, and the entire foot on the forearm. Mechanically, it acts as a stay when the animal IS standing by maintaining the metacarpo-phalangeal angle. The Flexor Pedis Peepoeans, oe the Deep Flexoe op THE Phalanges.—This muscle consists of three easily- divided portions : an ulnar, a humeral, and a radial, and has. Fig. 13.—Median Section of Foot. A, Os suffraginis ; B, os coronae ; C, os pedis : B, navicular bone; JE, tendon of the extensor pedis
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