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Intercondylar fossa Stock Photos and Images
Anterior view of Right Femur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-view-of-right-femur-image491878996.htmlRF2KG70K0–Anterior view of Right Femur
. Quain's Elements of anatomy. of the depression before thespine of the tibia, and by its upper extremity it is inserted into the inner and hinderpart of the external condyle of the femur ; hence its direction is upwards, back- THE KNEE-JOI^T. 185 ?wards, and outwards. The jjosterior or internal ligameni, stronger but shorter thauthe anterior, is attached below to the floor of the popliteal notch of the tibia, andabove to the lower part of the outer surface of the internal condyle, as well as to theadjacent fore part of the intercondylar fossa of the femur ; its fibres are directedupwards and Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/quains-elements-of-anatomy-of-the-depression-before-thespine-of-the-tibia-and-by-its-upper-extremity-it-is-inserted-into-the-inner-and-hinderpart-of-the-external-condyle-of-the-femur-hence-its-direction-is-upwards-back-the-knee-joit-185-wards-and-outwards-the-jjosterior-or-internal-ligameni-stronger-but-shorter-thauthe-anterior-is-attached-below-to-the-floor-of-the-popliteal-notch-of-the-tibia-andabove-to-the-lower-part-of-the-outer-surface-of-the-internal-condyle-as-well-as-to-theadjacent-fore-part-of-the-intercondylar-fossa-of-the-femur-its-fibres-are-directedupwards-and-image370725791.htmlRM2CF40ER–. Quain's Elements of anatomy. of the depression before thespine of the tibia, and by its upper extremity it is inserted into the inner and hinderpart of the external condyle of the femur ; hence its direction is upwards, back- THE KNEE-JOI^T. 185 ?wards, and outwards. The jjosterior or internal ligameni, stronger but shorter thauthe anterior, is attached below to the floor of the popliteal notch of the tibia, andabove to the lower part of the outer surface of the internal condyle, as well as to theadjacent fore part of the intercondylar fossa of the femur ; its fibres are directedupwards and
Anterior and posterior view of a femur. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anterior-and-posterior-view-of-a-femur-103992464.htmlRMG157CG–Anterior and posterior view of a femur.
Femur, posterior view, anatomy, human body Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/femur-posterior-view-anatomy-human-body-image455241640.htmlRF2HCJ1A0–Femur, posterior view, anatomy, human body
. A diapsid reptile from the Pennsylvanian of Kansas. Reptiles, Fossil -- Kansas; Paleontology -- Pennsylvanian; Paleontology -- Kansas. Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the femur is d Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-diapsid-reptile-from-the-pennsylvanian-of-kansas-reptiles-fossil-kansas-paleontology-pennsylvanian-paleontology-kansas-fig-22petrolacosaurus-kansensis-lane-reconstruction-of-the-left-femur-in-dorsal-a-and-ventral-b-views-based-mainly-on-kuvp-9951-and-33606-x-15-attachment-the-dorsal-condylar-surfaces-are-concave-between-these-ridges-the-femur-is-notched-dorsally-by-a-deep-intercondylar-fossa-for-the-tendon-of-the-quadriceps-muscle-the-surfaces-for-articulation-with-the-tibia-and-fibula-extend-onto-the-dorsal-surface-the-distal-ventral-surface-of-the-femur-is-d-image215967095.htmlRMPFA46F–. A diapsid reptile from the Pennsylvanian of Kansas. Reptiles, Fossil -- Kansas; Paleontology -- Pennsylvanian; Paleontology -- Kansas. Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the femur is d
Archive image from page 56 of A diapsid reptile from the. A diapsid reptile from the Pennsylvanian of Kansas . diapsidreptilefr00reis Year: 1981 Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the f Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/archive-image-from-page-56-of-a-diapsid-reptile-from-the-a-diapsid-reptile-from-the-pennsylvanian-of-kansas-diapsidreptilefr00reis-year-1981-fig-22petrolacosaurus-kansensis-lane-reconstruction-of-the-left-femur-in-dorsal-a-and-ventral-b-views-based-mainly-on-kuvp-9951-and-33606-x-15-attachment-the-dorsal-condylar-surfaces-are-concave-between-these-ridges-the-femur-is-notched-dorsally-by-a-deep-intercondylar-fossa-for-the-tendon-of-the-quadriceps-muscle-the-surfaces-for-articulation-with-the-tibia-and-fibula-extend-onto-the-dorsal-surface-the-distal-ventral-surface-of-the-f-image259039865.htmlRMW1C7YN–Archive image from page 56 of A diapsid reptile from the. A diapsid reptile from the Pennsylvanian of Kansas . diapsidreptilefr00reis Year: 1981 Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the f
. Elementary physiology . EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-physiology-ext-tibial-i-surface-internal-tuberosity-int-tibial-surface-intercondylar-fossa-post-cruc-list-fig-29lower-extremity-of-right-femur-from-below-drawn-by-t-w-p-lawrence-where-the-neck-joins-the-shaft-which-serve-for-the-attachment-of-muscles-to-the-bone-the-shaft-of-the-femur-is-not-quite-straight-but-shghtly-ant-cruc-ligt-int-fibro-cart-tubercle-ext-fibro-cart-ilio-tibial-band-image178403560.htmlRMMA6YFM–. Elementary physiology . EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND
Bones of Right Leg-Multiple Views Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bones-of-right-leg-multiple-views-image491879731.htmlRF2KG71H7–Bones of Right Leg-Multiple Views
. Quain's Elements of anatomy. ndylar fossa or 7iotch. Their gieatestprominence is directed back-wards, and their curve, as itincreases towards that part,may be compared to that ofa partially uncoiled piece ofwatch-spring. The externalcondyle is the broader andmore prominent in front ;the internal is the longer andmore prominent laterally.In the natural position of thefemur, however, the inferiorsurfaces of the two condylesare on the same level. OneJarge articular surface, coatedcontinuously with cartilage,extends over both condyles ;but opposite the front of the intercondylar fossa it is divi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/quains-elements-of-anatomy-ndylar-fossa-or-7iotch-their-gieatestprominence-is-directed-back-wards-and-their-curve-as-itincreases-towards-that-partmay-be-compared-to-that-ofa-partially-uncoiled-piece-ofwatch-spring-the-externalcondyle-is-the-broader-andmore-prominent-in-front-the-internal-is-the-longer-andmore-prominent-laterallyin-the-natural-position-of-thefemur-however-the-inferiorsurfaces-of-the-two-condylesare-on-the-same-level-onejarge-articular-surface-coatedcontinuously-with-cartilageextends-over-both-condyles-but-opposite-the-front-of-the-intercondylar-fossa-it-is-divi-image370328092.htmlRM2CEDW78–. Quain's Elements of anatomy. ndylar fossa or 7iotch. Their gieatestprominence is directed back-wards, and their curve, as itincreases towards that part,may be compared to that ofa partially uncoiled piece ofwatch-spring. The externalcondyle is the broader andmore prominent in front ;the internal is the longer andmore prominent laterally.In the natural position of thefemur, however, the inferiorsurfaces of the two condylesare on the same level. OneJarge articular surface, coatedcontinuously with cartilage,extends over both condyles ;but opposite the front of the intercondylar fossa it is divi
Anterior and posterior view of a femur. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anterior-and-posterior-view-of-a-femur-103992463.htmlRMG157CF–Anterior and posterior view of a femur.
Anterior view of Bones of Right Leg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-view-of-bones-of-right-leg-image491876114.htmlRF2KG6W02–Anterior view of Bones of Right Leg
. Quain's Elements of anatomy. arther back is another less constant band, the short exkrnal laleral li(jument, whichsprings from the external condyle of the femur in connection with the outer head ofthe gastrocnemius, and terminates below on the styloid process of the fibula. 184 THE ARTICULATIONS OF THE LOWER LIML. The internal lateral ligament is derived from the tendon of the adductor magnns muscle ;the external represents the detached femoral origin of the peroneus longus (Sutton). The posterior ligament is broad and membranous, and passes from the upperedge of the intercondylar fossa of t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/quains-elements-of-anatomy-arther-back-is-another-less-constant-band-the-short-exkrnal-laleral-lijument-whichsprings-from-the-external-condyle-of-the-femur-in-connection-with-the-outer-head-ofthe-gastrocnemius-and-terminates-below-on-the-styloid-process-of-the-fibula-184-the-articulations-of-the-lower-liml-the-internal-lateral-ligament-is-derived-from-the-tendon-of-the-adductor-magnns-muscle-the-external-represents-the-detached-femoral-origin-of-the-peroneus-longus-sutton-the-posterior-ligament-is-broad-and-membranous-and-passes-from-the-upperedge-of-the-intercondylar-fossa-of-t-image370735225.htmlRM2CF4CFN–. Quain's Elements of anatomy. arther back is another less constant band, the short exkrnal laleral li(jument, whichsprings from the external condyle of the femur in connection with the outer head ofthe gastrocnemius, and terminates below on the styloid process of the fibula. 184 THE ARTICULATIONS OF THE LOWER LIML. The internal lateral ligament is derived from the tendon of the adductor magnns muscle ;the external represents the detached femoral origin of the peroneus longus (Sutton). The posterior ligament is broad and membranous, and passes from the upperedge of the intercondylar fossa of t
Thigh and Leg Bones-Multiple Views Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/thigh-and-leg-bones-multiple-views-image491879900.htmlRF2KG71R8–Thigh and Leg Bones-Multiple Views
![. An atlas of human anatomy for students and physicians. Anatomy. THE SKELETON OF THE LOWER EXTREMITY 137 Tubercle of the tibia—Tuberositas tibiae" •Anterior border of the proximal articular surface •Margo infraglenoidalis Internal tuberosity Condylus medialis Inner tubercle of the spine of the tibia Tuberculum intercondyloideum mediale •Posterior intercondylar fossa Fossa intercondyloidea posterior. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum la Stock Photo](https://c8.alamy.com/comp/RJY7XK/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-the-skeleton-of-the-lower-extremity-137-tubercle-of-the-tibiatuberositas-tibiaequot-anterior-border-of-the-proximal-articular-surface-margo-infraglenoidalis-internal-tuberosity-condylus-medialis-inner-tubercle-of-the-spine-of-the-tibia-tuberculum-intercondyloideum-mediale-posterior-intercondylar-fossa-fossa-intercondyloidea-posterior-popliteal-notch-anterior-intercondylar-fossa-fossa-intercondyloidea-anterior-external-tuberosity-condylus-lateralis-outer-tubercle-of-the-spine-of-the-tibia-tuberculum-intercondyloideum-la-RJY7XK.jpg ". An atlas of human anatomy for students and physicians. Anatomy. THE SKELETON OF THE LOWER EXTREMITY 137 Tubercle of the tibia—Tuberositas tibiae" •Anterior border of the proximal articular surface •Margo infraglenoidalis Internal tuberosity Condylus medialis Inner tubercle of the spine of the tibia Tuberculum intercondyloideum mediale •Posterior intercondylar fossa Fossa intercondyloidea posterior. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum la Stock Photo")
. An atlas of human anatomy for students and physicians. Anatomy. THE SKELETON OF THE LOWER EXTREMITY 137 Tubercle of the tibia—Tuberositas tibiae" •Anterior border of the proximal articular surface •Margo infraglenoidalis Internal tuberosity Condylus medialis Inner tubercle of the spine of the tibia Tuberculum intercondyloideum mediale •Posterior intercondylar fossa Fossa intercondyloidea posterior. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum la Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-the-skeleton-of-the-lower-extremity-137-tubercle-of-the-tibiatuberositas-tibiaequot-anterior-border-of-the-proximal-articular-surface-margo-infraglenoidalis-internal-tuberosity-condylus-medialis-inner-tubercle-of-the-spine-of-the-tibia-tuberculum-intercondyloideum-mediale-posterior-intercondylar-fossa-fossa-intercondyloidea-posterior-popliteal-notch-anterior-intercondylar-fossa-fossa-intercondyloidea-anterior-external-tuberosity-condylus-lateralis-outer-tubercle-of-the-spine-of-the-tibia-tuberculum-intercondyloideum-la-image235397531.htmlRMRJY7XK–. An atlas of human anatomy for students and physicians. Anatomy. THE SKELETON OF THE LOWER EXTREMITY 137 Tubercle of the tibia—Tuberositas tibiae" •Anterior border of the proximal articular surface •Margo infraglenoidalis Internal tuberosity Condylus medialis Inner tubercle of the spine of the tibia Tuberculum intercondyloideum mediale •Posterior intercondylar fossa Fossa intercondyloidea posterior. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum la
Posterior view of Bones of Right Leg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/posterior-view-of-bones-of-right-leg-image491876699.htmlRF2KG6WMY–Posterior view of Bones of Right Leg
. An atlas of human anatomy for students and physicians. Anatomy. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum laterale Spine of the tibia Eminentia intercondyloidea Fig. 338.-FACIES Articularis Superior Tibiae—The Proximal Articular Surface of the Right Tibia. Articular surface for the head of the fibula Fades articularis fibularis Note to Fig 33S —'Interior and Posterior Intercondylar Fossa.— These terms are used neither by Quain nor by Macalister. T Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-popliteal-notch-anterior-intercondylar-fossa-fossa-intercondyloidea-anterior-external-tuberosity-condylus-lateralis-outer-tubercle-of-the-spine-of-the-tibia-tuberculum-intercondyloideum-laterale-spine-of-the-tibia-eminentia-intercondyloidea-fig-338-facies-articularis-superior-tibiaethe-proximal-articular-surface-of-the-right-tibia-articular-surface-for-the-head-of-the-fibula-fades-articularis-fibularis-note-to-fig-33s-interior-and-posterior-intercondylar-fossa-these-terms-are-used-neither-by-quain-nor-by-macalister-t-image235397516.htmlRMRJY7X4–. An atlas of human anatomy for students and physicians. Anatomy. Popliteal notch •Anterior intercondylar fossa /•Fossa intercondyloidea anterior External tuberosity Condylus lateralis Outer tubercle of the spine of the tibia Tuberculum intercondyloideum laterale Spine of the tibia Eminentia intercondyloidea Fig. 338.-FACIES Articularis Superior Tibiae—The Proximal Articular Surface of the Right Tibia. Articular surface for the head of the fibula Fades articularis fibularis Note to Fig 33S —'Interior and Posterior Intercondylar Fossa.— These terms are used neither by Quain nor by Macalister. T
Lateral view of Bones of Right Leg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/lateral-view-of-bones-of-right-leg-image491876173.htmlRF2KG6W25–Lateral view of Bones of Right Leg
. An atlas of human anatomy for students and physicians. Anatomy. External condyle Condylus lateralis Fig. 325.—Distal Extremity of the Right Femur. Seen from the Outer Side. Intercondylar fossa Fossa intercondyloidea External condyle Condylus lateralis. Patellar surface Facies patellaris .Internal condyle Condylus medialis Fig. 326.—Distal Articular Extremity of the Right Femur. Seen from Below. Femur—The femur.. 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 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-external-condyle-condylus-lateralis-fig-325distal-extremity-of-the-right-femur-seen-from-the-outer-side-intercondylar-fossa-fossa-intercondyloidea-external-condyle-condylus-lateralis-patellar-surface-facies-patellaris-internal-condyle-condylus-medialis-fig-326distal-articular-extremity-of-the-right-femur-seen-from-below-femurthe-femur-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-image235397694.htmlRMRJY84E–. An atlas of human anatomy for students and physicians. Anatomy. External condyle Condylus lateralis Fig. 325.—Distal Extremity of the Right Femur. Seen from the Outer Side. Intercondylar fossa Fossa intercondyloidea External condyle Condylus lateralis. Patellar surface Facies patellaris .Internal condyle Condylus medialis Fig. 326.—Distal Articular Extremity of the Right Femur. Seen from Below. Femur—The femur.. 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
Anterior and Posterior View of Femur (Thigh Bone) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-and-posterior-view-of-femur-thigh-bone-image490198514.htmlRF2KDED5P–Anterior and Posterior View of Femur (Thigh Bone)
Right Femur from multiple sides Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/right-femur-from-multiple-sides-image491879707.htmlRF2KG71GB–Right Femur from multiple sides
. An atlas of human anatomy for students and physicians. Anatomy. Great trochanter I inter major Posterior intertrochanteric ridge or line ..-^ Crista intertrochantei ii a Cancellous tissue Mil)stanti.i .puni;iosa Fig. 324.—Horizontal Section through the Proximal Extremity of the Right Femur, above the Small Trochanter, to show the Calcar Femorale. External tuberosity, or epicondylex Epicondylus lateralis Groove of the tendon of the popliteus muscle. External condyle Condylus lateralis Fig. 325.—Distal Extremity of the Right Femur. Seen from the Outer Side. Intercondylar fossa Fossa intercond Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-atlas-of-human-anatomy-for-students-and-physicians-anatomy-great-trochanter-i-inter-major-posterior-intertrochanteric-ridge-or-line-crista-intertrochantei-ii-a-cancellous-tissue-milstantii-puniiosa-fig-324horizontal-section-through-the-proximal-extremity-of-the-right-femur-above-the-small-trochanter-to-show-the-calcar-femorale-external-tuberosity-or-epicondylex-epicondylus-lateralis-groove-of-the-tendon-of-the-popliteus-muscle-external-condyle-condylus-lateralis-fig-325distal-extremity-of-the-right-femur-seen-from-the-outer-side-intercondylar-fossa-fossa-intercond-image235397714.htmlRMRJY856–. An atlas of human anatomy for students and physicians. Anatomy. Great trochanter I inter major Posterior intertrochanteric ridge or line ..-^ Crista intertrochantei ii a Cancellous tissue Mil)stanti.i .puni;iosa Fig. 324.—Horizontal Section through the Proximal Extremity of the Right Femur, above the Small Trochanter, to show the Calcar Femorale. External tuberosity, or epicondylex Epicondylus lateralis Groove of the tendon of the popliteus muscle. External condyle Condylus lateralis Fig. 325.—Distal Extremity of the Right Femur. Seen from the Outer Side. Intercondylar fossa Fossa intercond
Posterior view of Right Femur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/posterior-view-of-right-femur-image491878985.htmlRF2KG70JH–Posterior view of Right Femur
. Elementary physiology. Physiology; Physiology. 46 ' Elementary Physiology. are two roughened prominences or ridges of bone situated INT. FIBRO-CART. SEMILUNAR PATELLAR FACET. EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND. Please note Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-physiology-physiology-physiology-46-elementary-physiology-are-two-roughened-prominences-or-ridges-of-bone-situated-int-fibro-cart-semilunar-patellar-facet-ext-tibial-i-surface-internal-tuberosity-int-tibial-surface-intercondylar-fossa-post-cruc-list-fig-29lower-extremity-of-right-femur-from-below-drawn-by-t-w-p-lawrence-where-the-neck-joins-the-shaft-which-serve-for-the-attachment-of-muscles-to-the-bone-the-shaft-of-the-femur-is-not-quite-straight-but-shghtly-ant-cruc-ligt-int-fibro-cart-tubercle-ext-fibro-cart-ilio-tibial-band-please-note-image231786165.htmlRMRD2NH9–. Elementary physiology. Physiology; Physiology. 46 ' Elementary Physiology. are two roughened prominences or ridges of bone situated INT. FIBRO-CART. SEMILUNAR PATELLAR FACET. EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND. Please note
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. Elementary physiology. Physiology; Physiology. EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND. INT. FIBRO-CART. EXT. FIBRO-CART. POST. CRUC. LIGT. Fig. 30.—Upper e.xtremity of the right tibia, from above. (Drawn by T. W. P. Lawrence.) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-physiology-physiology-physiology-ext-tibial-i-surface-internal-tuberosity-int-tibial-surface-intercondylar-fossa-post-cruc-list-fig-29lower-extremity-of-right-femur-from-below-drawn-by-t-w-p-lawrence-where-the-neck-joins-the-shaft-which-serve-for-the-attachment-of-muscles-to-the-bone-the-shaft-of-the-femur-is-not-quite-straight-but-shghtly-ant-cruc-ligt-int-fibro-cart-tubercle-ext-fibro-cart-ilio-tibial-band-int-fibro-cart-ext-fibro-cart-post-cruc-ligt-fig-30upper-extremity-of-the-right-tibia-from-above-drawn-by-t-w-p-lawrence-image231786162.htmlRMRD2NH6–. Elementary physiology. Physiology; Physiology. EXT. TIBIAL I — SURFACE INTERNAL TUBEROSITY INT. TIBIAL SURFACE INTERCONDYLAR FOSSA POST. CRUC. LIST. Fig. 29.—Lower extremity of right femur, from below. (Drawn by T. W. P. Lawrence.) | where the neck joins the shaft, which serve for the attachment of muscles to the bone. The shaft of the femur is not quite straight, but shghtly ANT. CRUC. LIGT. INT. FIBRO-CART. TUBERCLE EX.T. FIBRO-CART. ILIO-TIBIAL BAND. INT. FIBRO-CART. EXT. FIBRO-CART. POST. CRUC. LIGT. Fig. 30.—Upper e.xtremity of the right tibia, from above. (Drawn by T. W. P. Lawrence.)
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. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. A V< S3 a. 6 Fig. 2-40. Left tibia, lateral view and a, proximal end, b, distal end. 1 lateral condyle, 2 medial condyle, 3 articular facet for the head of the fibula, 4 intercondylar area, 5 shaft, 6 medial malleolus, 7 articular surface or cochlea, 8 distal end, 9 cranial tibial margin, 10 tibial tuberosity. are separated cranially from each other by the trochlea, and caudally by the intercondylar fossa. The patella (Fig. 2-38) is the largest sesamoid bone in the body. It is oval in shape and curved to articulate with the tro Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-woodchuck-marmota-monax-woodchuck-mammals-a-vlt-s3-a-6-fig-2-40-left-tibia-lateral-view-and-a-proximal-end-b-distal-end-1-lateral-condyle-2-medial-condyle-3-articular-facet-for-the-head-of-the-fibula-4-intercondylar-area-5-shaft-6-medial-malleolus-7-articular-surface-or-cochlea-8-distal-end-9-cranial-tibial-margin-10-tibial-tuberosity-are-separated-cranially-from-each-other-by-the-trochlea-and-caudally-by-the-intercondylar-fossa-the-patella-fig-2-38-is-the-largest-sesamoid-bone-in-the-body-it-is-oval-in-shape-and-curved-to-articulate-with-the-tro-image236800572.htmlRMRN75F8–. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. A V< S3 a. 6 Fig. 2-40. Left tibia, lateral view and a, proximal end, b, distal end. 1 lateral condyle, 2 medial condyle, 3 articular facet for the head of the fibula, 4 intercondylar area, 5 shaft, 6 medial malleolus, 7 articular surface or cochlea, 8 distal end, 9 cranial tibial margin, 10 tibial tuberosity. are separated cranially from each other by the trochlea, and caudally by the intercondylar fossa. The patella (Fig. 2-38) is the largest sesamoid bone in the body. It is oval in shape and curved to articulate with the tro
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. A diapsid reptile from the Pennsylvanian of Kansas. Reptiles, Fossil -- Kansas; Paleontology -- Pennsylvanian; Paleontology -- Kansas. Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the femur is d Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-diapsid-reptile-from-the-pennsylvanian-of-kansas-reptiles-fossil-kansas-paleontology-pennsylvanian-paleontology-kansas-fig-22petrolacosaurus-kansensis-lane-reconstruction-of-the-left-femur-in-dorsal-a-and-ventral-b-views-based-mainly-on-kuvp-9951-and-33606-x-15-attachment-the-dorsal-condylar-surfaces-are-concave-between-these-ridges-the-femur-is-notched-dorsally-by-a-deep-intercondylar-fossa-for-the-tendon-of-the-quadriceps-muscle-the-surfaces-for-articulation-with-the-tibia-and-fibula-extend-onto-the-dorsal-surface-the-distal-ventral-surface-of-the-femur-is-d-image231645578.htmlRMRCTA8A–. A diapsid reptile from the Pennsylvanian of Kansas. Reptiles, Fossil -- Kansas; Paleontology -- Pennsylvanian; Paleontology -- Kansas. Fig. 22.—Petrolacosaurus kansensis Lane. Reconstruction of the left femur in dorsal (A) and ventral (B) views, based mainly on KUVP 9951 and 33606, x 1.5. attachment, the dorsal condylar surfaces are concave. Between these ridges the femur is notched dorsally by a deep intercondylar fossa for the tendon of the quadriceps muscle. The surfaces for articulation with the tibia and fibula extend onto the dorsal surface. The distal ventral surface of the femur is d
Anterior view of Skeletal Framework of Hip Joint Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-view-of-skeletal-framework-of-hip-joint-image491876126.htmlRF2KG6W0E–Anterior view of Skeletal Framework of Hip Joint
. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 168 Annals of the South African Museum. must have been weak; distally the condyles are not separated by a deep intercondylar sulcus; on the ventro-distal surface there is a fairly deep popliteal fossa; on the dorso-distal surface there is a slight. Text-fig. 11.—Hipposaurus boonstrai. S.A.M. Cat. No. 8950. Right hind limb, dorsal view. x £. Lettering as in previous figure. depression, so that it would appear that the femora-tibial muscle was weak. It is evident from the points raised in the structure Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/annals-of-the-south-african-museum-=-annale-van-die-suid-afrikaanse-museum-natural-history-168-annals-of-the-south-african-museum-must-have-been-weak-distally-the-condyles-are-not-separated-by-a-deep-intercondylar-sulcus-on-the-ventro-distal-surface-there-is-a-fairly-deep-popliteal-fossa-on-the-dorso-distal-surface-there-is-a-slight-text-fig-11hipposaurus-boonstrai-sam-cat-no-8950-right-hind-limb-dorsal-view-x-lettering-as-in-previous-figure-depression-so-that-it-would-appear-that-the-femora-tibial-muscle-was-weak-it-is-evident-from-the-points-raised-in-the-structure-image236457820.htmlRMRMKGA4–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 168 Annals of the South African Museum. must have been weak; distally the condyles are not separated by a deep intercondylar sulcus; on the ventro-distal surface there is a fairly deep popliteal fossa; on the dorso-distal surface there is a slight. Text-fig. 11.—Hipposaurus boonstrai. S.A.M. Cat. No. 8950. Right hind limb, dorsal view. x £. Lettering as in previous figure. depression, so that it would appear that the femora-tibial muscle was weak. It is evident from the points raised in the structure
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. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. 66 ELEMENTS OF MAMMALIAN ANATOMY. The femur, or thigh-bone, may be recognized by its spherical head with a pit for the attachment of the liga-. Lend.I Caudal Aspect of Femur. ex. tub, External tuberosity ; int. tub, internal tuberosity; ex. end, external condyle; int. end, internal condyle; i. end. t, intercondylar notch or fossa; intch. r, intertro- chanteric ridge; g. trek, greater trochanter ; hd, head ; I'm. as. linea aspera; /. treli, lesser trochanter; nk, neck; pit, pit for the ligamentum tere 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-66-elements-of-mammalian-anatomy-the-femur-or-thigh-bone-may-be-recognized-by-its-spherical-head-with-a-pit-for-the-attachment-of-the-liga-lendi-caudal-aspect-of-femur-ex-tub-external-tuberosity-int-tub-internal-tuberosity-ex-end-external-condyle-int-end-internal-condyle-i-end-t-intercondylar-notch-or-fossa-intch-r-intertro-chanteric-ridge-g-trek-greater-trochanter-hd-head-im-as-linea-aspera-treli-lesser-trochanter-nk-neck-pit-pit-for-the-ligamentum-tere-image232142199.htmlRMRDJYMR–. Mammalian anatomy : with special reference to the cat . Mammals; Anatomy, Comparative; Cats. 66 ELEMENTS OF MAMMALIAN ANATOMY. The femur, or thigh-bone, may be recognized by its spherical head with a pit for the attachment of the liga-. Lend.I Caudal Aspect of Femur. ex. tub, External tuberosity ; int. tub, internal tuberosity; ex. end, external condyle; int. end, internal condyle; i. end. t, intercondylar notch or fossa; intch. r, intertro- chanteric ridge; g. trek, greater trochanter ; hd, head ; I'm. as. linea aspera; /. treli, lesser trochanter; nk, neck; pit, pit for the ligamentum tere
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. Bulletin. Natural history; Natuurlijke historie. 68 PEABODY MUSEUM BULLETIN 42. Fig. 21. The tibia of Psittacotherium multifragum, TMM 41364-L a) Anterior view of proximal part of right tibia, b) Posterior view of proximal part of right tibia, c) Anterior view of distal part of left tibia, d) Posterior view of distal part of left tibia. Abbreviations: a = surface for astragalus; c = crest; et = external tuberosity; fi = surface for fibula; if = intercondyloid fossa (= intercondylar notch); it = internal tuberosity; im = internal malleolus; Ic = lateral condyle; mc = medial condyle; p = desce Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-68-peabody-museum-bulletin-42-fig-21-the-tibia-of-psittacotherium-multifragum-tmm-41364-l-a-anterior-view-of-proximal-part-of-right-tibia-b-posterior-view-of-proximal-part-of-right-tibia-c-anterior-view-of-distal-part-of-left-tibia-d-posterior-view-of-distal-part-of-left-tibia-abbreviations-a-=-surface-for-astragalus-c-=-crest-et-=-external-tuberosity-fi-=-surface-for-fibula-if-=-intercondyloid-fossa-=-intercondylar-notch-it-=-internal-tuberosity-im-=-internal-malleolus-ic-=-lateral-condyle-mc-=-medial-condyle-p-=-desce-image234207404.htmlRMRH11X4–. Bulletin. Natural history; Natuurlijke historie. 68 PEABODY MUSEUM BULLETIN 42. Fig. 21. The tibia of Psittacotherium multifragum, TMM 41364-L a) Anterior view of proximal part of right tibia, b) Posterior view of proximal part of right tibia, c) Anterior view of distal part of left tibia, d) Posterior view of distal part of left tibia. Abbreviations: a = surface for astragalus; c = crest; et = external tuberosity; fi = surface for fibula; if = intercondyloid fossa (= intercondylar notch); it = internal tuberosity; im = internal malleolus; Ic = lateral condyle; mc = medial condyle; p = desce
Posterior view of Skeletal Framework of Hip Joint Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/posterior-view-of-skeletal-framework-of-hip-joint-image491876708.htmlRF2KG6WN8–Posterior view of Skeletal Framework of Hip Joint
. Bulletin. Natural history; Natuurlijke historie. 54 PEABODY MUSEUM BULLETIN 42. Fig. 16. The tibia of Wortmania otariidens, AMNH 3394. a) Anteromedial view of left tibia, b) Posterolateral view of left tibia. Abbreviations: a = surface for astragalus; c = crest; fi = surface for fibula; if = intercondyloid fossa (= intercondylar notch); im = internal malleolus; it = internal tuberosity; mc = medial condyle; p = descending process; t = tuberosity. Scale is 4 cm long. Tibia The proximal part of the left tibia of AMNH 3394 has been crushed laterally, but the main features are clear (Fig. 16; PI Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-54-peabody-museum-bulletin-42-fig-16-the-tibia-of-wortmania-otariidens-amnh-3394-a-anteromedial-view-of-left-tibia-b-posterolateral-view-of-left-tibia-abbreviations-a-=-surface-for-astragalus-c-=-crest-fi-=-surface-for-fibula-if-=-intercondyloid-fossa-=-intercondylar-notch-im-=-internal-malleolus-it-=-internal-tuberosity-mc-=-medial-condyle-p-=-descending-process-t-=-tuberosity-scale-is-4-cm-long-tibia-the-proximal-part-of-the-left-tibia-of-amnh-3394-has-been-crushed-laterally-but-the-main-features-are-clear-fig-16-pi-image234207481.htmlRMRH120W–. Bulletin. Natural history; Natuurlijke historie. 54 PEABODY MUSEUM BULLETIN 42. Fig. 16. The tibia of Wortmania otariidens, AMNH 3394. a) Anteromedial view of left tibia, b) Posterolateral view of left tibia. Abbreviations: a = surface for astragalus; c = crest; fi = surface for fibula; if = intercondyloid fossa (= intercondylar notch); im = internal malleolus; it = internal tuberosity; mc = medial condyle; p = descending process; t = tuberosity. Scale is 4 cm long. Tibia The proximal part of the left tibia of AMNH 3394 has been crushed laterally, but the main features are clear (Fig. 16; PI
Lateral view of Skeletal Framework of Hip Joint Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/lateral-view-of-skeletal-framework-of-hip-joint-image491876210.htmlRF2KG6W3E–Lateral view of Skeletal Framework of Hip Joint
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