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Foramen supraorbital Stock Photos and Images
Human skull anatomy Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-skull-anatomy-image598067267.htmlRF2WN08W7–Human skull anatomy
Right view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/right-view-of-frontal-bone-image491879210.htmlRF2KG70XJ–Right view of Frontal Bone
Human skull anatomy Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-skull-anatomy-image598065653.htmlRF2WN06RH–Human skull anatomy
Vintage anatomy print features the skull of a human skeleton with each bone labeled. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/vintage-anatomy-print-features-the-skull-of-a-human-skeleton-with-each-bone-labeled-image327693571.htmlRF2A13MDR–Vintage anatomy print features the skull of a human skeleton with each bone labeled.
Sheeps Skull Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-sheeps-skull-17868094.htmlRFB11XX6–Sheeps Skull
Anterior or front view of human skull on a neutral background. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-or-front-view-of-human-skull-on-a-neutral-background-image414653153.htmlRF2F2H295–Anterior or front view of human skull on a neutral background.
Archive image from page 149 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/archive-image-from-page-149-of-cunninghams-text-book-of-anatomy-1914-cunninghams-text-book-of-anatomy-cunninghamstextb00cunn-year-1914-116-osteology-it-is-crossed-by-a-groove-often-25-per-cent-krause-converted-into-a-foramenthe-supraorbital-notchor-foramen-through-this-there-pass-the-supraorbital-nerve-and-artery-sometimes-16-per-cent-loja-a-series-of-grooves-radiating-upwards-and-laterally-indicate-the-course-of-the-nerve-dixon-above-the-supraorbital-margin-the-character-of-the-bone-displays-marked-differences-in-the-two-sexes-in-the-male-above-the-interval-between-image264046108.htmlRMW9G9E4–Archive image from page 149 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between
. The anatomy of the domestic animals. Veterinary anatomy. BONES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharply forward along the lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The parietals are excavated to form part of the frontal sinuses in the adult animal. Parietal miiwHce boite Processus ^ ^ cornus Zygomatic arch Temporal fossa Supraorbital foramen Supraorbital groove. Nasal bone Pal Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-bones-of-the-cranium-135-they-constitute-the-upper-part-of-the-posterior-wall-bend-sharply-forward-along-the-lateral-wall-and-enter-into-the-formation-of-the-temporal-fossa-the-line-of-inflection-is-marked-by-the-prominent-parietal-crest-which-is-continuous-with-the-temporal-crest-below-and-the-frontal-crest-anteriorly-the-parietals-are-excavated-to-form-part-of-the-frontal-sinuses-in-the-adult-animal-parietal-miiwhce-boite-processus-cornus-zygomatic-arch-temporal-fossa-supraorbital-foramen-supraorbital-groove-nasal-bone-pal-image236813686.htmlRMRN7P7J–. The anatomy of the domestic animals. Veterinary anatomy. BONES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharply forward along the lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The parietals are excavated to form part of the frontal sinuses in the adult animal. Parietal miiwHce boite Processus ^ ^ cornus Zygomatic arch Temporal fossa Supraorbital foramen Supraorbital groove. Nasal bone Pal
Anatomical model showing the bones of the face. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anatomical-model-showing-the-bones-of-the-face-52089241.htmlRMD0MTA1–Anatomical model showing the bones of the face.
. Cunningham's Text-book of anatomy. Anatomy. 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between the two medial angular processes, there is usually a well-marked prominence, called the glabella; Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-116-osteology-it-is-crossed-by-a-groove-often-25-per-cent-krause-converted-into-a-foramenthe-supraorbital-notchor-foramen-through-this-there-pass-the-supraorbital-nerve-and-artery-sometimes-16-per-cent-loja-a-series-of-grooves-radiating-upwards-and-laterally-indicate-the-course-of-the-nerve-dixon-above-the-supraorbital-margin-the-character-of-the-bone-displays-marked-differences-in-the-two-sexes-in-the-male-above-the-interval-between-the-two-medial-angular-processes-there-is-usually-a-well-marked-prominence-called-the-glabella-image216346810.htmlRMPFYCFP–. Cunningham's Text-book of anatomy. Anatomy. 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between the two medial angular processes, there is usually a well-marked prominence, called the glabella;
. The elasmobranch fishes . Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-fig-69-skull-of-liaja-clavata-articulate-modified-from-w-k-parker-apr-antorbital-process-f-ii-optic-foramen-fiv-trochlear-foramen-fvii-foramen-for-hyomandibular-lranch-of-facial-nerve-jimd-hyomandibula-7id-mandible-of-orbi-tal-fissure-poo-postorbital-process-p-q-palatoquadrate-pro-preorbital-process-so-supraorbital-crest-spc-spiracular-cartilage-image178413642.htmlRMMA7CBP–. The elasmobranch fishes . Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage.
Anterior view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-view-of-frontal-bone-image491879273.htmlRF2KG710W–Anterior view of Frontal Bone
Vintage anatomy print features the skull of a human skeleton. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/vintage-anatomy-print-features-the-skull-of-a-human-skeleton-image327693528.htmlRF2A13MC8–Vintage anatomy print features the skull of a human skeleton.
Anterior or front view of human skull cut out on white background. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-or-front-view-of-human-skull-cut-out-on-white-background-image414652400.htmlRF2F2H1A8–Anterior or front view of human skull cut out on white background.
The elasmobranch fishes . elasmobranchfish03dani Year: 1934 224 THE ELASMOBRANCH FISHES main stems of this complex and out from the cranium through its own fora- men. It enters the base of the external rectus muscle. The facial or seventh cranial nerve like the fifth is composed of four im- portant branches. These are first the superficial ophthalmic nerve {os.VII, figs. 200a and 200b) which runs above all the eye muscles through the orbit, gives branches dorsally to the supraorbital sensory canal, and then leaves the orbit by the large anterodorsal ophthalmic foramen (f.o.VII, fig. 47). Out- Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-elasmobranchfish03dani-year-1934-224-the-elasmobranch-fishes-main-stems-of-this-complex-and-out-from-the-cranium-through-its-own-fora-men-it-enters-the-base-of-the-external-rectus-muscle-the-facial-or-seventh-cranial-nerve-like-the-fifth-is-composed-of-four-im-portant-branches-these-are-first-the-superficial-ophthalmic-nerve-osvii-figs-200a-and-200b-which-runs-above-all-the-eye-muscles-through-the-orbit-gives-branches-dorsally-to-the-supraorbital-sensory-canal-and-then-leaves-the-orbit-by-the-large-anterodorsal-ophthalmic-foramen-fovii-fig-47-out-image241029655.htmlRMT03RNY–The elasmobranch fishes . elasmobranchfish03dani Year: 1934 224 THE ELASMOBRANCH FISHES main stems of this complex and out from the cranium through its own fora- men. It enters the base of the external rectus muscle. The facial or seventh cranial nerve like the fifth is composed of four im- portant branches. These are first the superficial ophthalmic nerve {os.VII, figs. 200a and 200b) which runs above all the eye muscles through the orbit, gives branches dorsally to the supraorbital sensory canal, and then leaves the orbit by the large anterodorsal ophthalmic foramen (f.o.VII, fig. 47). Out-
. The anatomy of the domestic animals. Veterinary anatomy. BOXES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharplj' forward along the lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The parietals are excavated to form part of the frontal sinuses in the adult animal. Frontal Pnriftnl tinitience butw Zygomatic arch Frontal bone Supraorbital foramen Supraorbital groove. Palatine fissure Xasal pro Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-boxes-of-the-cranium-135-they-constitute-the-upper-part-of-the-posterior-wall-bend-sharplj-forward-along-the-lateral-wall-and-enter-into-the-formation-of-the-temporal-fossa-the-line-of-inflection-is-marked-by-the-prominent-parietal-crest-which-is-continuous-with-the-temporal-crest-below-and-the-frontal-crest-anteriorly-the-parietals-are-excavated-to-form-part-of-the-frontal-sinuses-in-the-adult-animal-frontal-pnriftnl-tinitience-butw-zygomatic-arch-frontal-bone-supraorbital-foramen-supraorbital-groove-palatine-fissure-xasal-pro-image236813721.htmlRMRN7P8W–. The anatomy of the domestic animals. Veterinary anatomy. BOXES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharplj' forward along the lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The parietals are excavated to form part of the frontal sinuses in the adult animal. Frontal Pnriftnl tinitience butw Zygomatic arch Frontal bone Supraorbital foramen Supraorbital groove. Palatine fissure Xasal pro
Anatomical model showing the structure of the nasal bones. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anatomical-model-showing-the-structure-of-the-nasal-bones-52091827.htmlRMD0MYJB–Anatomical model showing the structure of the nasal bones.
Left view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/left-view-of-frontal-bone-image491879185.htmlRF2KG70WN–Left view of Frontal Bone
Vintage anatomy print of the side view of a skull from a human skeleton. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/vintage-anatomy-print-of-the-side-view-of-a-skull-from-a-human-skeleton-image327693479.htmlRF2A13MAF–Vintage anatomy print of the side view of a skull from a human skeleton.
Human skull. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-human-skull-77722865.htmlRFEECG8H–Human skull.
Anterior or front view of human skull cut out with soft drop shadow on white background. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anterior-or-front-view-of-human-skull-cut-out-with-soft-drop-shadow-on-white-background-image414652406.htmlRF2F2H1AE–Anterior or front view of human skull cut out with soft drop shadow on white background.
Anterior and posterior larynx and skeletal anatomy. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-image-anterior-and-posterior-larynx-and-skeletal-anatomy-163616514.htmlRFKE5AEX–Anterior and posterior larynx and skeletal anatomy.
. The anatomy of the domestic animals . Veterinary anatomy. BONES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharply forward along tne lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The pari(>tals are excavated to form part of the frontal sinuses in the adult animal. Frontal Parietal eminence bone Zygomatic mrh Frontal banc Supraorbital foramen Supraorbital groove. Palatine fissure Maxilla Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-bones-of-the-cranium-135-they-constitute-the-upper-part-of-the-posterior-wall-bend-sharply-forward-along-tne-lateral-wall-and-enter-into-the-formation-of-the-temporal-fossa-the-line-of-inflection-is-marked-by-the-prominent-parietal-crest-which-is-continuous-with-the-temporal-crest-below-and-the-frontal-crest-anteriorly-the-parigttals-are-excavated-to-form-part-of-the-frontal-sinuses-in-the-adult-animal-frontal-parietal-eminence-bone-zygomatic-mrh-frontal-banc-supraorbital-foramen-supraorbital-groove-palatine-fissure-maxilla-image232314535.htmlRMRDXRFK–. The anatomy of the domestic animals . Veterinary anatomy. BONES OF THE CRANIUM 135 They constitute the upper part of the posterior wall, bend sharply forward along tne lateral wall, and enter into the formation of the temporal fossa. The line of inflection is marked by the prominent parietal crest, which is continuous with the temporal crest below and the frontal crest anteriorly. The pari(>tals are excavated to form part of the frontal sinuses in the adult animal. Frontal Parietal eminence bone Zygomatic mrh Frontal banc Supraorbital foramen Supraorbital groove. Palatine fissure Maxilla
Anterior view of human skull anatomy. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-image-anterior-view-of-human-skull-anatomy-163616373.htmlRFKE5A9W–Anterior view of human skull anatomy.
Wire frame model of the head and neck of a human skeleton. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-wire-frame-model-of-the-head-and-neck-of-a-human-skeleton-52089646.htmlRMD0MTTE–Wire frame model of the head and neck of a human skeleton.
Anterior view of human skull anatomy with annotations. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-image-anterior-view-of-human-skull-anatomy-with-annotations-163616370.htmlRFKE5A9P–Anterior view of human skull anatomy with annotations.
The elasmobranch fishes (1934) The elasmobranch fishes elasmobranchfish03dani Year: 1934 Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.) Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-1934-the-elasmobranch-fishes-elasmobranchfish03dani-year-1934-fig-68-crauiiim-of-luiinohatis-productus-lateral-view-chester-vstoek-orig-fig-69-skull-of-liaja-clavata-articulate-modified-from-w-k-parker-apr-antorbital-process-f-ii-optic-foramen-fiv-trochlear-foramen-fvii-foramen-for-hyomandibular-lranch-of-facial-nerve-jimd-hyomandibula-7id-mandible-of-orbi-tal-fissure-poo-postorbital-process-p-q-palatoquadrate-pro-preorbital-process-so-supraorbital-crest-spc-spiracular-cartilage-image239579800.htmlRMRWNPDC–The elasmobranch fishes (1934) The elasmobranch fishes elasmobranchfish03dani Year: 1934 Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.) Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage.
Human skull viewed from the front, on black background. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-skull-viewed-from-the-front-on-black-background-image327715447.htmlRF2A14MB3–Human skull viewed from the front, on black background.
Superior view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/superior-view-of-frontal-bone-image491879223.htmlRF2KG70Y3–Superior view of Frontal Bone
Atlas and text-book of topographic and applied anatomy . the ear and is covered by theposterior auricular muscle. The branches furnished by the internal carotid come out of the orbit from the ophthalmicartery. They are small vessels which possess additional interest from their anastomoses withthe branches of the external carotid. They are: 1. The frontal artery, passing upward through the frontal notch alongside of the root of thenose. 2. The supraorbital artery, external to the preceding vessel, which runs through the supra-orbital notch or foramen to reach the skin of the forehead. Veins.—On Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-topographic-and-applied-anatomy-the-ear-and-is-covered-by-theposterior-auricular-muscle-the-branches-furnished-by-the-internal-carotid-come-out-of-the-orbit-from-the-ophthalmicartery-they-are-small-vessels-which-possess-additional-interest-from-their-anastomoses-withthe-branches-of-the-external-carotid-they-are-1-the-frontal-artery-passing-upward-through-the-frontal-notch-alongside-of-the-root-of-thenose-2-the-supraorbital-artery-external-to-the-preceding-vessel-which-runs-through-the-supra-orbital-notch-or-foramen-to-reach-the-skin-of-the-forehead-veinson-image338279182.htmlRM2AJ9XFA–Atlas and text-book of topographic and applied anatomy . the ear and is covered by theposterior auricular muscle. The branches furnished by the internal carotid come out of the orbit from the ophthalmicartery. They are small vessels which possess additional interest from their anastomoses withthe branches of the external carotid. They are: 1. The frontal artery, passing upward through the frontal notch alongside of the root of thenose. 2. The supraorbital artery, external to the preceding vessel, which runs through the supra-orbital notch or foramen to reach the skin of the forehead. Veins.—On
Wire frame anatomical model showing the bones that form the human head and neck. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-wire-frame-anatomical-model-showing-the-bones-that-form-the-human-52089498.htmlRMD0MTK6–Wire frame anatomical model showing the bones that form the human head and neck.
The elasmobranch fishes elasmobranchfish03dani Year: 1934 Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.) Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-elasmobranchfish03dani-year-1934-fig-68-crauiiim-of-luiinohatis-productus-lateral-view-chester-vstoek-orig-fig-69-skull-of-liaja-clavata-articulate-modified-from-w-k-parker-apr-antorbital-process-f-ii-optic-foramen-fiv-trochlear-foramen-fvii-foramen-for-hyomandibular-lranch-of-facial-nerve-jimd-hyomandibula-7id-mandible-of-orbi-tal-fissure-poo-postorbital-process-p-q-palatoquadrate-pro-preorbital-process-so-supraorbital-crest-spc-spiracular-cartilage-image240706861.htmlRMRYH41H–The elasmobranch fishes elasmobranchfish03dani Year: 1934 Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.) Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage.
Human skull viewed from the front, on white background. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-skull-viewed-from-the-front-on-white-background-image327715451.htmlRF2A14MB7–Human skull viewed from the front, on white background.
Anterior view of human skull, with labels. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anterior-view-of-human-skull-with-labels-111740764.htmlRFGDP6DG–Anterior view of human skull, with labels.
Posterior view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/posterior-view-of-frontal-bone-image491879199.htmlRF2KG70X7–Posterior view of Frontal Bone
War surgery of the faceA treatise on plastic restoration after facial injury by John BRoberts ..Prepared at the suggestion of the subsection on plastic and oral surgery connected with the office of the surgeon generalIllustrated with 256 figures . Fie. 6.— Hyoid or lingual bone. (From Cunningham.) The supraorbital foramen is situated at about the juncture ofthe inner third with the middle third of the supraorbital arch.A line drawn from this point downward and slightly outward,so as to cross the space between the two premolar bicuspid teethin the upper and lower jaws, passes over the infraorbi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/war-surgery-of-the-facea-treatise-on-plastic-restoration-after-facial-injury-by-john-broberts-prepared-at-the-suggestion-of-the-subsection-on-plastic-and-oral-surgery-connected-with-the-office-of-the-surgeon-generalillustrated-with-256-figures-fie-6-hyoid-or-lingual-bone-from-cunningham-the-supraorbital-foramen-is-situated-at-about-the-juncture-ofthe-inner-third-with-the-middle-third-of-the-supraorbital-archa-line-drawn-from-this-point-downward-and-slightly-outwardso-as-to-cross-the-space-between-the-two-premolar-bicuspid-teethin-the-upper-and-lower-jaws-passes-over-the-infraorbi-image339243416.htmlRM2AKWTC8–War surgery of the faceA treatise on plastic restoration after facial injury by John BRoberts ..Prepared at the suggestion of the subsection on plastic and oral surgery connected with the office of the surgeon generalIllustrated with 256 figures . Fie. 6.— Hyoid or lingual bone. (From Cunningham.) The supraorbital foramen is situated at about the juncture ofthe inner third with the middle third of the supraorbital arch.A line drawn from this point downward and slightly outward,so as to cross the space between the two premolar bicuspid teethin the upper and lower jaws, passes over the infraorbi
Anterior view of human skull. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-anterior-view-of-human-skull-111740763.htmlRFGDP6DF–Anterior view of human skull.
Inferior view of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/inferior-view-of-frontal-bone-image491879286.htmlRF2KG711A–Inferior view of Frontal Bone
Lateral View of Frontal Bone Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/lateral-view-of-frontal-bone-image490198064.htmlRF2KDECHM–Lateral View of Frontal Bone
. Manual of operative surgery. w it. It ison a line drawn from the supraorbital notch to a point between the two bicuspids.Make a curved transverse incision parallel and close to the lower margin of theorbit. Divide the orbicularis muscle in a direction parallel to its fibres. Exposethe nerve as it leaves the infraorbital foramen (Fig. 49). Seize the nerve inforceps, and by traction and torsion extract as much of its trunk from its bonycanal as is possible. In the same fashion extract as much of its terminal twigsas possible from the soft structures in which they run. It is extraordinary howmu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/manual-of-operative-surgery-w-it-it-ison-a-line-drawn-from-the-supraorbital-notch-to-a-point-between-the-two-bicuspidsmake-a-curved-transverse-incision-parallel-and-close-to-the-lower-margin-of-theorbit-divide-the-orbicularis-muscle-in-a-direction-parallel-to-its-fibres-exposethe-nerve-as-it-leaves-the-infraorbital-foramen-fig-49-seize-the-nerve-inforceps-and-by-traction-and-torsion-extract-as-much-of-its-trunk-from-its-bonycanal-as-is-possible-in-the-same-fashion-extract-as-much-of-its-terminal-twigsas-possible-from-the-soft-structures-in-which-they-run-it-is-extraordinary-howmu-image336971009.htmlRM2AG69XW–. Manual of operative surgery. w it. It ison a line drawn from the supraorbital notch to a point between the two bicuspids.Make a curved transverse incision parallel and close to the lower margin of theorbit. Divide the orbicularis muscle in a direction parallel to its fibres. Exposethe nerve as it leaves the infraorbital foramen (Fig. 49). Seize the nerve inforceps, and by traction and torsion extract as much of its trunk from its bonycanal as is possible. In the same fashion extract as much of its terminal twigsas possible from the soft structures in which they run. It is extraordinary howmu
Oral surgery; a text-book on general surgery and medicine as applied to dentistry . Fig. 177.—Method of Exposing the Supraorbital Branch of the Fifth Nerve.. Fig. 178.—Exposed Infraorbital Branch of the Fifth Nerve as it EmergesThrough the Infraorbital Foramen, also Where it Rests in theGroove Along the Floor of the Orbit. can be done by neurotomy at the inferior dental canal.When simple avulsion of the third division of the nerve, asshown in figure 179, does not give relief, the bone may bechiseled away down to the central canal from the mental 362 FACIAL NEUEALGIA foramen. An inch or more of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/oral-surgery-a-text-book-on-general-surgery-and-medicine-as-applied-to-dentistry-fig-177method-of-exposing-the-supraorbital-branch-of-the-fifth-nerve-fig-178exposed-infraorbital-branch-of-the-fifth-nerve-as-it-emergesthrough-the-infraorbital-foramen-also-where-it-rests-in-thegroove-along-the-floor-of-the-orbit-can-be-done-by-neurotomy-at-the-inferior-dental-canalwhen-simple-avulsion-of-the-third-division-of-the-nerve-asshown-in-figure-179-does-not-give-relief-the-bone-may-bechiseled-away-down-to-the-central-canal-from-the-mental-362-facial-neuealgia-foramen-an-inch-or-more-of-image340296712.htmlRM2ANHRX0–Oral surgery; a text-book on general surgery and medicine as applied to dentistry . Fig. 177.—Method of Exposing the Supraorbital Branch of the Fifth Nerve.. Fig. 178.—Exposed Infraorbital Branch of the Fifth Nerve as it EmergesThrough the Infraorbital Foramen, also Where it Rests in theGroove Along the Floor of the Orbit. can be done by neurotomy at the inferior dental canal.When simple avulsion of the third division of the nerve, asshown in figure 179, does not give relief, the bone may bechiseled away down to the central canal from the mental 362 FACIAL NEUEALGIA foramen. An inch or more of
A system of human anatomy, general and special . * A front view of the skull. 1. The frontal portion of the frontal bone. The 2, imme-diately over the root of the nose, refers to the nasal tuberosity ; the 3, over the orbit, tothe supraorbital ridge. 4. The optic foramen. 5. The sphenoidal fissure. 6. Thespheno maxillary fissure. 7. The lachrymal fossa in the lachrymal bone, the commence-ment of the nasal duct. The figures 4, 5, 6, 7, are within the orbit. 8. The opening of theanterior nares, divided into two parts by the vomer ; the number is placed upon the latter.9. The infra-orbital forame Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-system-of-human-anatomy-general-and-special-a-front-view-of-the-skull-1-the-frontal-portion-of-the-frontal-bone-the-2-imme-diately-over-the-root-of-the-nose-refers-to-the-nasal-tuberosity-the-3-over-the-orbit-tothe-supraorbital-ridge-4-the-optic-foramen-5-the-sphenoidal-fissure-6-thespheno-maxillary-fissure-7-the-lachrymal-fossa-in-the-lachrymal-bone-the-commence-ment-of-the-nasal-duct-the-figures-4-5-6-7-are-within-the-orbit-8-the-opening-of-theanterior-nares-divided-into-two-parts-by-the-vomer-the-number-is-placed-upon-the-latter9-the-infra-orbital-forame-image342754189.htmlRM2AWHPD1–A system of human anatomy, general and special . * A front view of the skull. 1. The frontal portion of the frontal bone. The 2, imme-diately over the root of the nose, refers to the nasal tuberosity ; the 3, over the orbit, tothe supraorbital ridge. 4. The optic foramen. 5. The sphenoidal fissure. 6. Thespheno maxillary fissure. 7. The lachrymal fossa in the lachrymal bone, the commence-ment of the nasal duct. The figures 4, 5, 6, 7, are within the orbit. 8. The opening of theanterior nares, divided into two parts by the vomer ; the number is placed upon the latter.9. The infra-orbital forame
. Text-book of anatomy and physiology for nurses. processes. The body is hollow, the space being called the maxillary sinusor antrum of Highmore which opens into the side of the nasalcavity. In the lower border of the body the teeth are imbedded,the sockets of the large teeth being in the floor of the antrum,which explains how a diseased tooth may lead to antrum trouble. The foramen on the surface of the body just below the orbit is called theinfraorbital foramen. It is on a line with the supraorbital foramen of thefrontal bone already mentioned. Processes.—The frontal process extends upward a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-anatomy-and-physiology-for-nurses-processes-the-body-is-hollow-the-space-being-called-the-maxillary-sinusor-antrum-of-highmore-which-opens-into-the-side-of-the-nasalcavity-in-the-lower-border-of-the-body-the-teeth-are-imbeddedthe-sockets-of-the-large-teeth-being-in-the-floor-of-the-antrumwhich-explains-how-a-diseased-tooth-may-lead-to-antrum-trouble-the-foramen-on-the-surface-of-the-body-just-below-the-orbit-is-called-theinfraorbital-foramen-it-is-on-a-line-with-the-supraorbital-foramen-of-thefrontal-bone-already-mentioned-processesthe-frontal-process-extends-upward-a-image370344922.htmlRM2CEEJMA–. Text-book of anatomy and physiology for nurses. processes. The body is hollow, the space being called the maxillary sinusor antrum of Highmore which opens into the side of the nasalcavity. In the lower border of the body the teeth are imbedded,the sockets of the large teeth being in the floor of the antrum,which explains how a diseased tooth may lead to antrum trouble. The foramen on the surface of the body just below the orbit is called theinfraorbital foramen. It is on a line with the supraorbital foramen of thefrontal bone already mentioned. Processes.—The frontal process extends upward a
. Chordate morphology. Morphology (Animals); Chordata. internasal plates nasal series nasal opening lateral rostral supraorbital canal parietal foramen anterior pit line. postspiraculo lateral extrascopular. medial extroscapula. 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 perfectly resemble the original work.. Jollie, Malcolm. New York, Reinhold Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-internasal-plates-nasal-series-nasal-opening-lateral-rostral-supraorbital-canal-parietal-foramen-anterior-pit-line-postspiraculo-lateral-extrascopular-medial-extroscapula-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-perfectly-resemble-the-original-work-jollie-malcolm-new-york-reinhold-image234902551.htmlRMRJ4MGR–. Chordate morphology. Morphology (Animals); Chordata. internasal plates nasal series nasal opening lateral rostral supraorbital canal parietal foramen anterior pit line. postspiraculo lateral extrascopular. medial extroscapula. 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 perfectly resemble the original work.. Jollie, Malcolm. New York, Reinhold
. The Ceratopsia. Ceratopsia. TEICEEATOPS PROESUS. 129 nearly circular orbit; (4) the position of the infraorbital foramen below the superior border of the ascending branch of the maxillary, as in Sterrholophus flabellatus. Viewed from the side, the facial region of the skull of the present species appears long and the parietal crest proportionally abbreviated, presenting the opposite conditions from those which obtain in the genus Torosaurus, where the parietal crest is greatly elongated and the frontal region much abbreviated. The superior surface of the region between the supraorbital horn Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-ceratopsia-ceratopsia-teiceeatops-proesus-129-nearly-circular-orbit-4-the-position-of-the-infraorbital-foramen-below-the-superior-border-of-the-ascending-branch-of-the-maxillary-as-in-sterrholophus-flabellatus-viewed-from-the-side-the-facial-region-of-the-skull-of-the-present-species-appears-long-and-the-parietal-crest-proportionally-abbreviated-presenting-the-opposite-conditions-from-those-which-obtain-in-the-genus-torosaurus-where-the-parietal-crest-is-greatly-elongated-and-the-frontal-region-much-abbreviated-the-superior-surface-of-the-region-between-the-supraorbital-horn-image235106034.htmlRMRJE042–. The Ceratopsia. Ceratopsia. TEICEEATOPS PROESUS. 129 nearly circular orbit; (4) the position of the infraorbital foramen below the superior border of the ascending branch of the maxillary, as in Sterrholophus flabellatus. Viewed from the side, the facial region of the skull of the present species appears long and the parietal crest proportionally abbreviated, presenting the opposite conditions from those which obtain in the genus Torosaurus, where the parietal crest is greatly elongated and the frontal region much abbreviated. The superior surface of the region between the supraorbital horn
. The anatomy of the domestic animals. Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior oblique muscle of the eye arises; here the plate which separates the orbit from the maxillary sinus is very thin. The dorsal wall (Paries dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It presents the supraort)itaI foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skull-as-a-whole-75-extreme-anterior-part-is-the-fossa-for-the-lacrimal-sac-behind-this-there-is-a-small-depression-in-which-the-inferior-oblique-muscle-of-the-eye-arises-here-the-plate-which-separates-the-orbit-from-the-maxillary-sinus-is-very-thin-the-dorsal-wall-paries-dorsalis-is-formed-by-the-frontal-and-to-a-small-extent-by-the-lacrimal-bone-it-presents-the-supraortitai-foramen-which-perforates-the-root-of-the-supraorbital-process-the-ventral-wall-paries-ventralis-is-very-incomplete-and-is-formed-by-the-malar-the-image236814938.htmlRMRN7RTA–. The anatomy of the domestic animals. Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior oblique muscle of the eye arises; here the plate which separates the orbit from the maxillary sinus is very thin. The dorsal wall (Paries dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It presents the supraort)itaI foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the
. The anatomy of the domestic animals. Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior obliciue muscle of the eye arises; here the plate which separates the orbit from the maxillary sinus is very thin. The dorsal wall (Paries dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It presents the supraorbital foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skull-as-a-whole-75-extreme-anterior-part-is-the-fossa-for-the-lacrimal-sac-behind-this-there-is-a-small-depression-in-which-the-inferior-obliciue-muscle-of-the-eye-arises-here-the-plate-which-separates-the-orbit-from-the-maxillary-sinus-is-very-thin-the-dorsal-wall-paries-dorsalis-is-formed-by-the-frontal-and-to-a-small-extent-by-the-lacrimal-bone-it-presents-the-supraorbital-foramen-which-perforates-the-root-of-the-supraorbital-process-the-ventral-wall-paries-ventralis-is-very-incomplete-and-is-formed-by-the-malar-the-image236814929.htmlRMRN7RT1–. The anatomy of the domestic animals. Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior obliciue muscle of the eye arises; here the plate which separates the orbit from the maxillary sinus is very thin. The dorsal wall (Paries dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It presents the supraorbital foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the
. Anatomy, descriptive and applied. Anatomy. THE FIFTH, TRIGEMINAL, OR TRIFACIAL NERVE 991 supraorbital foramen; that of the second through the infraorbital foramen; and the third throujjh the mental foramen. The supraorbital foramen is situated at the junction of the internal and middle third of the supraorbital arch. If a straight line is drawn from this point to the lower border of the mandibfe, so that it passes between the two bicuspid teeth of the mandible, it will pass over the infraorbital and mental foramina, the former being situated about one centimetre (two-fifths of an inch) below Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-the-fifth-trigeminal-or-trifacial-nerve-991-supraorbital-foramen-that-of-the-second-through-the-infraorbital-foramen-and-the-third-throujjh-the-mental-foramen-the-supraorbital-foramen-is-situated-at-the-junction-of-the-internal-and-middle-third-of-the-supraorbital-arch-if-a-straight-line-is-drawn-from-this-point-to-the-lower-border-of-the-mandibfe-so-that-it-passes-between-the-two-bicuspid-teeth-of-the-mandible-it-will-pass-over-the-infraorbital-and-mental-foramina-the-former-being-situated-about-one-centimetre-two-fifths-of-an-inch-below-image236770371.htmlRMRN5R0K–. Anatomy, descriptive and applied. Anatomy. THE FIFTH, TRIGEMINAL, OR TRIFACIAL NERVE 991 supraorbital foramen; that of the second through the infraorbital foramen; and the third throujjh the mental foramen. The supraorbital foramen is situated at the junction of the internal and middle third of the supraorbital arch. If a straight line is drawn from this point to the lower border of the mandibfe, so that it passes between the two bicuspid teeth of the mandible, it will pass over the infraorbital and mental foramina, the former being situated about one centimetre (two-fifths of an inch) below
. The anatomy of the domestic animals . Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior oblique muscle of the eye arises; here the plate which Separates the orbit from the maxillary sinus is very thin. The dorsal wall (Pari^ dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It pr^ents the supraorbital foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the z Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skull-as-a-whole-75-extreme-anterior-part-is-the-fossa-for-the-lacrimal-sac-behind-this-there-is-a-small-depression-in-which-the-inferior-oblique-muscle-of-the-eye-arises-here-the-plate-which-separates-the-orbit-from-the-maxillary-sinus-is-very-thin-the-dorsal-wall-pari-dorsalis-is-formed-by-the-frontal-and-to-a-small-extent-by-the-lacrimal-bone-it-prents-the-supraorbital-foramen-which-perforates-the-root-of-the-supraorbital-process-the-ventral-wall-paries-ventralis-is-very-incomplete-and-is-formed-by-the-malar-the-z-image232327555.htmlRMRDYC4K–. The anatomy of the domestic animals . Veterinary anatomy. THE SKULL AS A WHOLE 75 extreme anterior part is the fossa for the lacrimal sac. Behind this there is a small depression in which the inferior oblique muscle of the eye arises; here the plate which Separates the orbit from the maxillary sinus is very thin. The dorsal wall (Pari^ dorsalis) is formed by the frontal and to a small extent by the lacrimal bone. It pr^ents the supraorbital foramen, which perforates the root of the supraorbital process. The ventral wall (Paries ventralis) is very incomplete, and is formed by the malar, the z
. The anatomy of the domestic animals . Veterinary anatomy. 76 THE SKELETON OF THE HORSE temporal artery emerges. The inlet of the orbital cavity (Aditus orbitse) is cir- cumscribed by a complete bony ring, which is nearly circular. Its infraorbital margin (Margo infraorbitalis) is smooth and rounded; the supraorbital margin (Margo supraorbitahs) is rough and irregularly notched. During life the cavity is completed by the periorbita, a conical fibrous membrane, the apex of which is at- tached around the optic foramen. Ventral to the orbital cavity is the pterygo- palatine fossa. Its wall is fo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-76-the-skeleton-of-the-horse-temporal-artery-emerges-the-inlet-of-the-orbital-cavity-aditus-orbitse-is-cir-cumscribed-by-a-complete-bony-ring-which-is-nearly-circular-its-infraorbital-margin-margo-infraorbitalis-is-smooth-and-rounded-the-supraorbital-margin-margo-supraorbitahs-is-rough-and-irregularly-notched-during-life-the-cavity-is-completed-by-the-periorbita-a-conical-fibrous-membrane-the-apex-of-which-is-at-tached-around-the-optic-foramen-ventral-to-the-orbital-cavity-is-the-pterygo-palatine-fossa-its-wall-is-fo-image232327550.htmlRMRDYC4E–. The anatomy of the domestic animals . Veterinary anatomy. 76 THE SKELETON OF THE HORSE temporal artery emerges. The inlet of the orbital cavity (Aditus orbitse) is cir- cumscribed by a complete bony ring, which is nearly circular. Its infraorbital margin (Margo infraorbitalis) is smooth and rounded; the supraorbital margin (Margo supraorbitahs) is rough and irregularly notched. During life the cavity is completed by the periorbita, a conical fibrous membrane, the apex of which is at- tached around the optic foramen. Ventral to the orbital cavity is the pterygo- palatine fossa. Its wall is fo
. The anatomy of the domestic animals. Veterinary anatomy. CRANIUM 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pointed, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part is extensive and forms the greater part of the medial wall of the orbit. Its upper part is perforated by the orbital orifice of the supraorbital canal, in front of which is the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-cranium-169-upper-part-of-the-medial-wall-of-the-latter-the-supraorbital-process-is-short-and-blunt-pointed-and-is-not-connected-with-the-zygomatic-arch-the-gap-in-the-or-bital-margin-is-closed-by-the-orbital-ligament-in-the-fresh-state-the-orbital-part-is-extensive-and-forms-the-greater-part-of-the-medial-wall-of-the-orbit-its-upper-part-is-perforated-by-the-orbital-orifice-of-the-supraorbital-canal-in-front-of-which-is-the-distinct-fovea-trochlearis-the-ethmoidal-foramen-is-situated-in-the-ventral-part-near-the-junction-with-image236803153.htmlRMRN78RD–. The anatomy of the domestic animals. Veterinary anatomy. CRANIUM 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pointed, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part is extensive and forms the greater part of the medial wall of the orbit. Its upper part is perforated by the orbital orifice of the supraorbital canal, in front of which is the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with
. The anatomy of the domestic animals. Veterinary anatomy. 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pointed, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part is extensive and forms the greater part of the medial wall of the orbit. Its upper part is perforated by the orbital orifice of the supraorbital canal, in front of which is the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with the orbi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-169-upper-part-of-the-medial-wall-of-the-latter-the-supraorbital-process-is-short-and-blunt-pointed-and-is-not-connected-with-the-zygomatic-arch-the-gap-in-the-or-bital-margin-is-closed-by-the-orbital-ligament-in-the-fresh-state-the-orbital-part-is-extensive-and-forms-the-greater-part-of-the-medial-wall-of-the-orbit-its-upper-part-is-perforated-by-the-orbital-orifice-of-the-supraorbital-canal-in-front-of-which-is-the-distinct-fovea-trochlearis-the-ethmoidal-foramen-is-situated-in-the-ventral-part-near-the-junction-with-the-orbi-image236803216.htmlRMRN78WM–. The anatomy of the domestic animals. Veterinary anatomy. 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pointed, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part is extensive and forms the greater part of the medial wall of the orbit. Its upper part is perforated by the orbital orifice of the supraorbital canal, in front of which is the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with the orbi
. Anatomy, descriptive and applied. Anatomy. 138 SPECIAL ANA TOMY OF THE SKELETON The apex is situated at the back of the orbit and corresponds to the optic foramen,' a short circular canal which transmits the optic nerve and ophthalmic artery. It will thus be seen that there are nme openings communicating with each orbit—viz., the optic foramen, sphenoidal fissure, sphenomaxillary fissure, supraorbital foramen, infraorbital canal, anterior and posterior ethmoidal for- amina, malar foramina, and the canal for the nasal duct. The Nasal Cavity.—The nasal cavities {camim nasi), or nasal fossae (F Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-138-special-ana-tomy-of-the-skeleton-the-apex-is-situated-at-the-back-of-the-orbit-and-corresponds-to-the-optic-foramen-a-short-circular-canal-which-transmits-the-optic-nerve-and-ophthalmic-artery-it-will-thus-be-seen-that-there-are-nme-openings-communicating-with-each-orbitviz-the-optic-foramen-sphenoidal-fissure-sphenomaxillary-fissure-supraorbital-foramen-infraorbital-canal-anterior-and-posterior-ethmoidal-for-amina-malar-foramina-and-the-canal-for-the-nasal-duct-the-nasal-cavitythe-nasal-cavities-camim-nasi-or-nasal-fossae-f-image236801779.htmlRMRN772B–. Anatomy, descriptive and applied. Anatomy. 138 SPECIAL ANA TOMY OF THE SKELETON The apex is situated at the back of the orbit and corresponds to the optic foramen,' a short circular canal which transmits the optic nerve and ophthalmic artery. It will thus be seen that there are nme openings communicating with each orbit—viz., the optic foramen, sphenoidal fissure, sphenomaxillary fissure, supraorbital foramen, infraorbital canal, anterior and posterior ethmoidal for- amina, malar foramina, and the canal for the nasal duct. The Nasal Cavity.—The nasal cavities {camim nasi), or nasal fossae (F
. Chordate morphology. Morphology (Animals); Chordata. precereb pharyngobranchiol .epibranchial hyomandibula{epihyal) nosal capsule orbitonasal foramen labial cartilages' A ceratohyal parietal foramen ceratobranchial supraorbital forai adductor process Meckel's cartilage endolymphatic foramei superficial ophthalmic VII and V Q|i(- branches of Vll canalicular foramen. 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 perfectly resemble the original work.. Jollie, M Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-precereb-pharyngobranchiol-epibranchial-hyomandibulaepihyal-nosal-capsule-orbitonasal-foramen-labial-cartilages-a-ceratohyal-parietal-foramen-ceratobranchial-supraorbital-forai-adductor-process-meckels-cartilage-endolymphatic-foramei-superficial-ophthalmic-vii-and-v-qi-branches-of-vll-canalicular-foramen-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-perfectly-resemble-the-original-work-jollie-m-image234908773.htmlRMRJ50F1–. Chordate morphology. Morphology (Animals); Chordata. precereb pharyngobranchiol .epibranchial hyomandibula{epihyal) nosal capsule orbitonasal foramen labial cartilages' A ceratohyal parietal foramen ceratobranchial supraorbital forai adductor process Meckel's cartilage endolymphatic foramei superficial ophthalmic VII and V Q|i(- branches of Vll canalicular foramen. 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 perfectly resemble the original work.. Jollie, M
. Chordate morphology. Morphology (Animals); Chordata. spiracular cartilage orbital process spina! musculature. precereb pharyngobranchiol .epibranchial hyomandibula{epihyal) nosal capsule orbitonasal foramen labial cartilages' A ceratohyal parietal foramen ceratobranchial supraorbital forai adductor process Meckel's cartilage endolymphatic foramei superficial ophthalmic VII and V Q|i(- branches of Vll canalicular foramen. 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 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-spiracular-cartilage-orbital-process-spina!-musculature-precereb-pharyngobranchiol-epibranchial-hyomandibulaepihyal-nosal-capsule-orbitonasal-foramen-labial-cartilages-a-ceratohyal-parietal-foramen-ceratobranchial-supraorbital-forai-adductor-process-meckels-cartilage-endolymphatic-foramei-superficial-ophthalmic-vii-and-v-qi-branches-of-vll-canalicular-foramen-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-image234908781.htmlRMRJ50F9–. Chordate morphology. Morphology (Animals); Chordata. spiracular cartilage orbital process spina! musculature. precereb pharyngobranchiol .epibranchial hyomandibula{epihyal) nosal capsule orbitonasal foramen labial cartilages' A ceratohyal parietal foramen ceratobranchial supraorbital forai adductor process Meckel's cartilage endolymphatic foramei superficial ophthalmic VII and V Q|i(- branches of Vll canalicular foramen. 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
. Bulletin. Natural history; Natuurlijke historie. 78 PEABODY MUSEUM OF NATURAL HISTORY On a level with the maxillary notch is a small premaxillary foramen h'ing at the junction of the two parts of the premaxilla. The maxillae are unusually broad and closely approximated at the vertex. The posterior external border, from the frontal to the supraorbital process, is a straight edge which gives the appearance of oblique truncation of both maxilla and frontal. The maxilla does not overspread the supraorbital process com- pletely but leaves a border of several millimeters in width throughout the le Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-78-peabody-museum-of-natural-history-on-a-level-with-the-maxillary-notch-is-a-small-premaxillary-foramen-hing-at-the-junction-of-the-two-parts-of-the-premaxilla-the-maxillae-are-unusually-broad-and-closely-approximated-at-the-vertex-the-posterior-external-border-from-the-frontal-to-the-supraorbital-process-is-a-straight-edge-which-gives-the-appearance-of-oblique-truncation-of-both-maxilla-and-frontal-the-maxilla-does-not-overspread-the-supraorbital-process-com-pletely-but-leaves-a-border-of-several-millimeters-in-width-throughout-the-le-image234226792.htmlRMRH1XJG–. Bulletin. Natural history; Natuurlijke historie. 78 PEABODY MUSEUM OF NATURAL HISTORY On a level with the maxillary notch is a small premaxillary foramen h'ing at the junction of the two parts of the premaxilla. The maxillae are unusually broad and closely approximated at the vertex. The posterior external border, from the frontal to the supraorbital process, is a straight edge which gives the appearance of oblique truncation of both maxilla and frontal. The maxilla does not overspread the supraorbital process com- pletely but leaves a border of several millimeters in width throughout the le
![. Anatomy, descriptive and applied. Anatomy. 370 THE MUSCLES AND FASCIA Relations.—By its orbital surface, with the frontal nerve and supraorbital artery, the peri- osteum of the orbit and lacrimal gland; and, in the lid, with the inner surface of the tarsal liga- ment; bv its ocular surface, with the Superior rectus, and, in the lid, with the conjunctiva. A small branch of the oculomotor nerve enters its under surface. The four Recti (Fig. 292) arise from a fibrous ring {annulus tendineus comvninis) [Zinn] which surrounds the upper, inner, and lower margins of the optic foramen and encircles Stock Photo](https://c8.alamy.com/comp/RN5AHG/anatomy-descriptive-and-applied-anatomy-370-the-muscles-and-fascia-relationsby-its-orbital-surface-with-the-frontal-nerve-and-supraorbital-artery-the-peri-osteum-of-the-orbit-and-lacrimal-gland-and-in-the-lid-with-the-inner-surface-of-the-tarsal-liga-ment-bv-its-ocular-surface-with-the-superior-rectus-and-in-the-lid-with-the-conjunctiva-a-small-branch-of-the-oculomotor-nerve-enters-its-under-surface-the-four-recti-fig-292-arise-from-a-fibrous-ring-annulus-tendineus-comvninis-zinn-which-surrounds-the-upper-inner-and-lower-margins-of-the-optic-foramen-and-encircles-RN5AHG.jpg ". Anatomy, descriptive and applied. Anatomy. 370 THE MUSCLES AND FASCIA Relations.—By its orbital surface, with the frontal nerve and supraorbital artery, the peri- osteum of the orbit and lacrimal gland; and, in the lid, with the inner surface of the tarsal liga- ment; bv its ocular surface, with the Superior rectus, and, in the lid, with the conjunctiva. A small branch of the oculomotor nerve enters its under surface. The four Recti (Fig. 292) arise from a fibrous ring {annulus tendineus comvninis) [Zinn] which surrounds the upper, inner, and lower margins of the optic foramen and encircles Stock Photo")
. Anatomy, descriptive and applied. Anatomy. 370 THE MUSCLES AND FASCIA Relations.—By its orbital surface, with the frontal nerve and supraorbital artery, the peri- osteum of the orbit and lacrimal gland; and, in the lid, with the inner surface of the tarsal liga- ment; bv its ocular surface, with the Superior rectus, and, in the lid, with the conjunctiva. A small branch of the oculomotor nerve enters its under surface. The four Recti (Fig. 292) arise from a fibrous ring {annulus tendineus comvninis) [Zinn] which surrounds the upper, inner, and lower margins of the optic foramen and encircles Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-370-the-muscles-and-fascia-relationsby-its-orbital-surface-with-the-frontal-nerve-and-supraorbital-artery-the-peri-osteum-of-the-orbit-and-lacrimal-gland-and-in-the-lid-with-the-inner-surface-of-the-tarsal-liga-ment-bv-its-ocular-surface-with-the-superior-rectus-and-in-the-lid-with-the-conjunctiva-a-small-branch-of-the-oculomotor-nerve-enters-its-under-surface-the-four-recti-fig-292-arise-from-a-fibrous-ring-annulus-tendineus-comvninis-zinn-which-surrounds-the-upper-inner-and-lower-margins-of-the-optic-foramen-and-encircles-image236760652.htmlRMRN5AHG–. Anatomy, descriptive and applied. Anatomy. 370 THE MUSCLES AND FASCIA Relations.—By its orbital surface, with the frontal nerve and supraorbital artery, the peri- osteum of the orbit and lacrimal gland; and, in the lid, with the inner surface of the tarsal liga- ment; bv its ocular surface, with the Superior rectus, and, in the lid, with the conjunctiva. A small branch of the oculomotor nerve enters its under surface. The four Recti (Fig. 292) arise from a fibrous ring {annulus tendineus comvninis) [Zinn] which surrounds the upper, inner, and lower margins of the optic foramen and encircles
. The anatomy of the domestic animals . Veterinary anatomy. CRANIUM 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pomted, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part IS extensive and forms the greater part of the medial wall of the orbit. Its upper part IS perforated by the orbital orifice of the supraorbital canal, in front of which IS the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-cranium-169-upper-part-of-the-medial-wall-of-the-latter-the-supraorbital-process-is-short-and-blunt-pomted-and-is-not-connected-with-the-zygomatic-arch-the-gap-in-the-or-bital-margin-is-closed-by-the-orbital-ligament-in-the-fresh-state-the-orbital-part-is-extensive-and-forms-the-greater-part-of-the-medial-wall-of-the-orbit-its-upper-part-is-perforated-by-the-orbital-orifice-of-the-supraorbital-canal-in-front-of-which-is-the-distinct-fovea-trochlearis-the-ethmoidal-foramen-is-situated-in-the-ventral-part-near-the-junction-with-image232326889.htmlRMRDYB8W–. The anatomy of the domestic animals . Veterinary anatomy. CRANIUM 169 upper part of the medial wall of the latter. The supraorbital process is short and blunt-pomted, and is not connected with the zygomatic arch. The gap in the or- bital margin is closed by the orbital ligament in the fresh state. The orbital part IS extensive and forms the greater part of the medial wall of the orbit. Its upper part IS perforated by the orbital orifice of the supraorbital canal, in front of which IS the distinct fovea trochlearis. The ethmoidal foramen is situated in the ventral part near the junction with
. Bensley's Practical anatomy of the rabbit : an elementary laboratory text-book in mammalian anatomy. Rabbits -- Anatomy. 170 ANATOMY OF THE RABBIT wall, there is a shallow, horizontal groove, lodging in the natural condition the temporalis muscle of the mandible, and therefore representing a greatly reduced temporal fossa (fossa temporalis). In the natural condition, the anterior portion of the groove is converted into a foramen through the presence of a stout ligament extending from the posterior supraorbital process to the base of the zygomatic arch and through this foramen the external op Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bensleys-practical-anatomy-of-the-rabbit-an-elementary-laboratory-text-book-in-mammalian-anatomy-rabbits-anatomy-170-anatomy-of-the-rabbit-wall-there-is-a-shallow-horizontal-groove-lodging-in-the-natural-condition-the-temporalis-muscle-of-the-mandible-and-therefore-representing-a-greatly-reduced-temporal-fossa-fossa-temporalis-in-the-natural-condition-the-anterior-portion-of-the-groove-is-converted-into-a-foramen-through-the-presence-of-a-stout-ligament-extending-from-the-posterior-supraorbital-process-to-the-base-of-the-zygomatic-arch-and-through-this-foramen-the-external-op-image234749343.htmlRMRHWN53–. Bensley's Practical anatomy of the rabbit : an elementary laboratory text-book in mammalian anatomy. Rabbits -- Anatomy. 170 ANATOMY OF THE RABBIT wall, there is a shallow, horizontal groove, lodging in the natural condition the temporalis muscle of the mandible, and therefore representing a greatly reduced temporal fossa (fossa temporalis). In the natural condition, the anterior portion of the groove is converted into a foramen through the presence of a stout ligament extending from the posterior supraorbital process to the base of the zygomatic arch and through this foramen the external op
. The elasmobranch fishes. Chondrichthyes. 224 THE ELASMOBRANCH FISHES main stems of this complex and out from the cranium through its own fora- men. It enters the base of the external rectus muscle. The facial or seventh cranial nerve like the fifth is composed of four im- portant branches. These are first the superficial ophthalmic nerve {os.VII, figs. 200a and 200b) which runs above all the eye muscles through the orbit, gives branches dorsally to the supraorbital sensory canal, and then leaves the orbit by the large anterodorsal ophthalmic foramen (f.o.VII, fig. 47). Out- side of the orbit Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-chondrichthyes-224-the-elasmobranch-fishes-main-stems-of-this-complex-and-out-from-the-cranium-through-its-own-fora-men-it-enters-the-base-of-the-external-rectus-muscle-the-facial-or-seventh-cranial-nerve-like-the-fifth-is-composed-of-four-im-portant-branches-these-are-first-the-superficial-ophthalmic-nerve-osvii-figs-200a-and-200b-which-runs-above-all-the-eye-muscles-through-the-orbit-gives-branches-dorsally-to-the-supraorbital-sensory-canal-and-then-leaves-the-orbit-by-the-large-anterodorsal-ophthalmic-foramen-fovii-fig-47-out-side-of-the-orbit-image231892272.htmlRMRD7GXT–. The elasmobranch fishes. Chondrichthyes. 224 THE ELASMOBRANCH FISHES main stems of this complex and out from the cranium through its own fora- men. It enters the base of the external rectus muscle. The facial or seventh cranial nerve like the fifth is composed of four im- portant branches. These are first the superficial ophthalmic nerve {os.VII, figs. 200a and 200b) which runs above all the eye muscles through the orbit, gives branches dorsally to the supraorbital sensory canal, and then leaves the orbit by the large anterodorsal ophthalmic foramen (f.o.VII, fig. 47). Out- side of the orbit
. The elasmobranch fishes. Chondrichthyes. 206 THE ELASMOBRANCH FISHES The supraorbital then extends forward, receiving a dorsolateral branch (dl.v.), and then passes through the foramen in the roof of the olfactory capsule and continues as the nasomaxillary (nm.v.). As this vein curves down- ward within the capsule and along its posterolateral aspect it receives a fairly large branch (n.v., fig. 192b), which is the result of a remarkable leash of ves- sels coming from the folds of the olfactory organ. Just after the nasomaxillary. Please note that these images are extracted from scanned page Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-chondrichthyes-206-the-elasmobranch-fishes-the-supraorbital-then-extends-forward-receiving-a-dorsolateral-branch-dlv-and-then-passes-through-the-foramen-in-the-roof-of-the-olfactory-capsule-and-continues-as-the-nasomaxillary-nmv-as-this-vein-curves-down-ward-within-the-capsule-and-along-its-posterolateral-aspect-it-receives-a-fairly-large-branch-nv-fig-192b-which-is-the-result-of-a-remarkable-leash-of-ves-sels-coming-from-the-folds-of-the-olfactory-organ-just-after-the-nasomaxillary-please-note-that-these-images-are-extracted-from-scanned-page-image231892290.htmlRMRD7GYE–. The elasmobranch fishes. Chondrichthyes. 206 THE ELASMOBRANCH FISHES The supraorbital then extends forward, receiving a dorsolateral branch (dl.v.), and then passes through the foramen in the roof of the olfactory capsule and continues as the nasomaxillary (nm.v.). As this vein curves down- ward within the capsule and along its posterolateral aspect it receives a fairly large branch (n.v., fig. 192b), which is the result of a remarkable leash of ves- sels coming from the folds of the olfactory organ. Just after the nasomaxillary. Please note that these images are extracted from scanned page
![. Chordate morphology. Morphology (Animals); Chordata. supraorbitals supraorbital canal, nasal medial rostral. premaxilla lateral rostrals lacrimal maxilla nfraorbital canal Figure 5-4. Anterolateral and somewhat dorsal view of snout skeleton of £/ops sourus showing "supraorbitals" and "rostrals." (After Nybelin, 1957) nasal capsule trabecule communis otic capsule parachordal cartilage notochord trabecule communis orbital cartilage Meckel's cartilage orbital cartilage palatine branch VII facial foramen which separates the myodome into bilateral chambers, and by the attachme Stock Photo](https://c8.alamy.com/comp/RJ4KX2/chordate-morphology-morphology-animals-chordata-supraorbitals-supraorbital-canal-nasal-medial-rostral-premaxilla-lateral-rostrals-lacrimal-maxilla-nfraorbital-canal-figure-5-4-anterolateral-and-somewhat-dorsal-view-of-snout-skeleton-of-ops-sourus-showing-quotsupraorbitalsquot-and-quotrostralsquot-after-nybelin-1957-nasal-capsule-trabecule-communis-otic-capsule-parachordal-cartilage-notochord-trabecule-communis-orbital-cartilage-meckels-cartilage-orbital-cartilage-palatine-branch-vii-facial-foramen-which-separates-the-myodome-into-bilateral-chambers-and-by-the-attachme-RJ4KX2.jpg ". Chordate morphology. Morphology (Animals); Chordata. supraorbitals supraorbital canal, nasal medial rostral. premaxilla lateral rostrals lacrimal maxilla nfraorbital canal Figure 5-4. Anterolateral and somewhat dorsal view of snout skeleton of £/ops sourus showing "supraorbitals" and "rostrals." (After Nybelin, 1957) nasal capsule trabecule communis otic capsule parachordal cartilage notochord trabecule communis orbital cartilage Meckel's cartilage orbital cartilage palatine branch VII facial foramen which separates the myodome into bilateral chambers, and by the attachme Stock Photo")
. Chordate morphology. Morphology (Animals); Chordata. supraorbitals supraorbital canal, nasal medial rostral. premaxilla lateral rostrals lacrimal maxilla nfraorbital canal Figure 5-4. Anterolateral and somewhat dorsal view of snout skeleton of £/ops sourus showing "supraorbitals" and "rostrals." (After Nybelin, 1957) nasal capsule trabecule communis otic capsule parachordal cartilage notochord trabecule communis orbital cartilage Meckel's cartilage orbital cartilage palatine branch VII facial foramen which separates the myodome into bilateral chambers, and by the attachme Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-supraorbitals-supraorbital-canal-nasal-medial-rostral-premaxilla-lateral-rostrals-lacrimal-maxilla-nfraorbital-canal-figure-5-4-anterolateral-and-somewhat-dorsal-view-of-snout-skeleton-of-ops-sourus-showing-quotsupraorbitalsquot-and-quotrostralsquot-after-nybelin-1957-nasal-capsule-trabecule-communis-otic-capsule-parachordal-cartilage-notochord-trabecule-communis-orbital-cartilage-meckels-cartilage-orbital-cartilage-palatine-branch-vii-facial-foramen-which-separates-the-myodome-into-bilateral-chambers-and-by-the-attachme-image234902026.htmlRMRJ4KX2–. Chordate morphology. Morphology (Animals); Chordata. supraorbitals supraorbital canal, nasal medial rostral. premaxilla lateral rostrals lacrimal maxilla nfraorbital canal Figure 5-4. Anterolateral and somewhat dorsal view of snout skeleton of £/ops sourus showing "supraorbitals" and "rostrals." (After Nybelin, 1957) nasal capsule trabecule communis otic capsule parachordal cartilage notochord trabecule communis orbital cartilage Meckel's cartilage orbital cartilage palatine branch VII facial foramen which separates the myodome into bilateral chambers, and by the attachme
. The anatomy of the domestic animals . Veterinary anatomy. THE SKULL 159 Ti'iiipordl crest Cvroniiid process Frontal hone Orbit Supraorbital foramen Inr bone lacrimal bons since the basal lamella of the ventral turbinate bone curves ventro-medially, joins the palatine bone, and is separated only by a narrow hiatus from the nasal plate of the palatine process of the maxilla. The anterior palatine foramen is at the trans- verse palatine suture. The anterior end of the palatine process tapers to a point. The maxillary sinus resembles that of the ox, but is relatively small. The premaxilla has a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-the-skull-159-tiiiipordl-crest-cvroniiid-process-frontal-hone-orbit-supraorbital-foramen-inr-bone-lacrimal-bons-since-the-basal-lamella-of-the-ventral-turbinate-bone-curves-ventro-medially-joins-the-palatine-bone-and-is-separated-only-by-a-narrow-hiatus-from-the-nasal-plate-of-the-palatine-process-of-the-maxilla-the-anterior-palatine-foramen-is-at-the-trans-verse-palatine-suture-the-anterior-end-of-the-palatine-process-tapers-to-a-point-the-maxillary-sinus-resembles-that-of-the-ox-but-is-relatively-small-the-premaxilla-has-a-image232314366.htmlRMRDXR9J–. The anatomy of the domestic animals . Veterinary anatomy. THE SKULL 159 Ti'iiipordl crest Cvroniiid process Frontal hone Orbit Supraorbital foramen Inr bone lacrimal bons since the basal lamella of the ventral turbinate bone curves ventro-medially, joins the palatine bone, and is separated only by a narrow hiatus from the nasal plate of the palatine process of the maxilla. The anterior palatine foramen is at the trans- verse palatine suture. The anterior end of the palatine process tapers to a point. The maxillary sinus resembles that of the ox, but is relatively small. The premaxilla has a
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Figure 1. Dorsal view of the skull of a) immature golden plover (Pliivialis dominica), b) intermediate stage golden plover, c) adult golden plover, d) adult lapwing (Fanellus vaneUus), e) adult turnstone {Arenaria interpres), and f) adult grey plover (Pluvialis squatarola) to illustrate the variation in the degree of ossification of the supraorbital rims. The labels are, from posterior to anterior, the supraorbital rims (S), the groove or foramen for the duct of the nasal gland (G), and the lacrimal bone (L). Figures Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-figure-1-dorsal-view-of-the-skull-of-a-immature-golden-plover-pliivialis-dominica-b-intermediate-stage-golden-plover-c-adult-golden-plover-d-adult-lapwing-fanellus-vaneuus-e-adult-turnstone-arenaria-interpres-and-f-adult-grey-plover-pluvialis-squatarola-to-illustrate-the-variation-in-the-degree-of-ossification-of-the-supraorbital-rims-the-labels-are-from-posterior-to-anterior-the-supraorbital-rims-s-the-groove-or-foramen-for-the-duct-of-the-nasal-gland-g-and-the-lacrimal-bone-l-figures-image233913329.htmlRMRGFJRD–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Figure 1. Dorsal view of the skull of a) immature golden plover (Pliivialis dominica), b) intermediate stage golden plover, c) adult golden plover, d) adult lapwing (Fanellus vaneUus), e) adult turnstone {Arenaria interpres), and f) adult grey plover (Pluvialis squatarola) to illustrate the variation in the degree of ossification of the supraorbital rims. The labels are, from posterior to anterior, the supraorbital rims (S), the groove or foramen for the duct of the nasal gland (G), and the lacrimal bone (L). Figures
![. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Hemiodontidae and Parodontidae • Roberts 439 supraoccipital parietal epiotic posttemporal fossa pterotic. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readab Stock Photo](https://c8.alamy.com/comp/RGETB6/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-hemiodontidae-and-parodontidae-roberts-439-supraoccipital-parietal-epiotic-posttemporal-fossa-pterotic-foramen-magnum-cavum-sinus-imparis-1-i-parasphenoid-basioccipital-quot-figure-5-hemiodus-semitaeniatus-558-mm-cranium-occipital-view-antorbital-premaxillary-maxillary-supraorbital-nasal-dentary-articular-angular-quadrate-i-1-quotm-i-preopercle-interopercle-opercle-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readab-RGETB6.jpg ". Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Hemiodontidae and Parodontidae • Roberts 439 supraoccipital parietal epiotic posttemporal fossa pterotic. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readab Stock Photo")
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Hemiodontidae and Parodontidae • Roberts 439 supraoccipital parietal epiotic posttemporal fossa pterotic. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readab Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-hemiodontidae-and-parodontidae-roberts-439-supraoccipital-parietal-epiotic-posttemporal-fossa-pterotic-foramen-magnum-cavum-sinus-imparis-1-i-parasphenoid-basioccipital-quot-figure-5-hemiodus-semitaeniatus-558-mm-cranium-occipital-view-antorbital-premaxillary-maxillary-supraorbital-nasal-dentary-articular-angular-quadrate-i-1-quotm-i-preopercle-interopercle-opercle-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readab-image233895738.htmlRMRGETB6–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Hemiodontidae and Parodontidae • Roberts 439 supraoccipital parietal epiotic posttemporal fossa pterotic. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readab
. Cunningham's Text-book of anatomy. Anatomy. 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between the two medial angular processes, there is usually a well-marked prominence, called the glabella; Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-116-osteology-it-is-crossed-by-a-groove-often-25-per-cent-krause-converted-into-a-foramenthe-supraorbital-notchor-foramen-through-this-there-pass-the-supraorbital-nerve-and-artery-sometimes-16-per-cent-loja-a-series-of-grooves-radiating-upwards-and-laterally-indicate-the-course-of-the-nerve-dixon-above-the-supraorbital-margin-the-character-of-the-bone-displays-marked-differences-in-the-two-sexes-in-the-male-above-the-interval-between-the-two-medial-angular-processes-there-is-usually-a-well-marked-prominence-called-the-glabella-image231857808.htmlRMRD6100–. Cunningham's Text-book of anatomy. Anatomy. 116 OSTEOLOGY. it is crossed by a groove, often (25 per cent, Krause) converted into a foramen—the supraorbital notchor foramen. Through this there pass the supraorbital nerve and artery. Sometimes (16 per cent, Loja) a series of grooves, radiating upwards and laterally, indicate the course of the nerve (Dixon). Above the supraorbital margin the character of the bone displays marked differences in the two sexes : in the male, above the interval between the two medial angular processes, there is usually a well-marked prominence, called the glabella;
![. Atlas and text-book of human anatomy. Anatomy -- Atlases. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. Crrrbral surface of frontal portion I tig. 67. Cerebral surface (of orbital portion) Foramen caecum -iH^^^ Frontal crest / Zygomatic process Orifice of frontal sinus "frontal spine. 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 perfectly resemble Stock Photo](https://c8.alamy.com/comp/RJXX3H/atlas-and-text-book-of-human-anatomy-anatomy-atlases-ris-66-superior-temporal-line-fempoml-surface-zygomatic-process-frontal-nou-supraorbital-margin-supraorbital-notch-sagittal-groove-parietal-border-crrrbral-surface-of-frontal-portion-i-tig-67-cerebral-surface-of-orbital-portion-foramen-caecum-ih-frontal-crest-zygomatic-process-orifice-of-frontal-sinus-quotfrontal-spine-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-perfectly-resemble-RJXX3H.jpg ". Atlas and text-book of human anatomy. Anatomy -- Atlases. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. Crrrbral surface of frontal portion I tig. 67. Cerebral surface (of orbital portion) Foramen caecum -iH^^^ Frontal crest / Zygomatic process Orifice of frontal sinus "frontal spine. 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 perfectly resemble Stock Photo")
. Atlas and text-book of human anatomy. Anatomy -- Atlases. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. Crrrbral surface of frontal portion I tig. 67. Cerebral surface (of orbital portion) Foramen caecum -iH^^^ Frontal crest / Zygomatic process Orifice of frontal sinus "frontal spine. 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 perfectly resemble Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-human-anatomy-anatomy-atlases-ris-66-superior-temporal-line-fempoml-surface-zygomatic-process-frontal-nou-supraorbital-margin-supraorbital-notch-sagittal-groove-parietal-border-crrrbral-surface-of-frontal-portion-i-tig-67-cerebral-surface-of-orbital-portion-foramen-caecum-ih-frontal-crest-zygomatic-process-orifice-of-frontal-sinus-quotfrontal-spine-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-perfectly-resemble-image235389829.htmlRMRJXX3H–. Atlas and text-book of human anatomy. Anatomy -- Atlases. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. Crrrbral surface of frontal portion I tig. 67. Cerebral surface (of orbital portion) Foramen caecum -iH^^^ Frontal crest / Zygomatic process Orifice of frontal sinus "frontal spine. 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 perfectly resemble
![. Atlas and text-book of human anatomy. Anatomy -- Atlases. I ronfiil spirit- Ulabdli Trochlear spine Siiperciliiiry arch . I fochlear dfprmion Supraorbital margin ^orbital noteft pm / Anterior ethmoidal foramen daf' Posterior ethmoidal foramen notch ^'f'f"oidal depressions. Orbital surface oj orbital portion /ygomatic process I iiJ. OS. Supraorbital notch Depression for lachrymal gland . Alar process Crista galli. 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 ma Stock Photo](https://c8.alamy.com/comp/RJXX2N/atlas-and-text-book-of-human-anatomy-anatomy-atlases-i-ronfiil-spirit-ulabdli-trochlear-spine-siiperciliiiry-arch-i-fochlear-dfprmion-supraorbital-margin-orbital-noteft-pm-anterior-ethmoidal-foramen-daf-posterior-ethmoidal-foramen-notch-ffquotoidal-depressions-orbital-surface-oj-orbital-portion-ygomatic-process-i-iij-os-supraorbital-notch-depression-for-lachrymal-gland-alar-process-crista-galli-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-ma-RJXX2N.jpg ". Atlas and text-book of human anatomy. Anatomy -- Atlases. I ronfiil spirit- Ulabdli Trochlear spine Siiperciliiiry arch . I fochlear dfprmion Supraorbital margin ^orbital noteft pm / Anterior ethmoidal foramen daf' Posterior ethmoidal foramen notch ^'f'f"oidal depressions. Orbital surface oj orbital portion /ygomatic process I iiJ. OS. Supraorbital notch Depression for lachrymal gland . Alar process Crista galli. 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 ma Stock Photo")
. Atlas and text-book of human anatomy. Anatomy -- Atlases. I ronfiil spirit- Ulabdli Trochlear spine Siiperciliiiry arch . I fochlear dfprmion Supraorbital margin ^orbital noteft pm / Anterior ethmoidal foramen daf' Posterior ethmoidal foramen notch ^'f'f"oidal depressions. Orbital surface oj orbital portion /ygomatic process I iiJ. OS. Supraorbital notch Depression for lachrymal gland . Alar process Crista galli. 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 ma Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-human-anatomy-anatomy-atlases-i-ronfiil-spirit-ulabdli-trochlear-spine-siiperciliiiry-arch-i-fochlear-dfprmion-supraorbital-margin-orbital-noteft-pm-anterior-ethmoidal-foramen-daf-posterior-ethmoidal-foramen-notch-ffquotoidal-depressions-orbital-surface-oj-orbital-portion-ygomatic-process-i-iij-os-supraorbital-notch-depression-for-lachrymal-gland-alar-process-crista-galli-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-ma-image235389805.htmlRMRJXX2N–. Atlas and text-book of human anatomy. Anatomy -- Atlases. I ronfiil spirit- Ulabdli Trochlear spine Siiperciliiiry arch . I fochlear dfprmion Supraorbital margin ^orbital noteft pm / Anterior ethmoidal foramen daf' Posterior ethmoidal foramen notch ^'f'f"oidal depressions. Orbital surface oj orbital portion /ygomatic process I iiJ. OS. Supraorbital notch Depression for lachrymal gland . Alar process Crista galli. 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 ma
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. supraoccipital exoccipital posttemporal fossa pterotic Figure 56. Saccodon wagneri (dental morph IV), 55.4 mm. Cranium with right supraorbital in place (dorsal view). ethmoid frontal sphenotic pterotic parietal. lateral ethmoid orbitosphenoid pterosphenoid supraoccipital epiotic posttemporal fossa exoccipital basioccipital 1 mm parasphenoid prootic auditory foramen Figure 57. Saccodon wagneri (dental morph IV), 55.4 mm. Cranium (lateral view).. Please note that these images are extracted from scanned page images that Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-supraoccipital-exoccipital-posttemporal-fossa-pterotic-figure-56-saccodon-wagneri-dental-morph-iv-554-mm-cranium-with-right-supraorbital-in-place-dorsal-view-ethmoid-frontal-sphenotic-pterotic-parietal-lateral-ethmoid-orbitosphenoid-pterosphenoid-supraoccipital-epiotic-posttemporal-fossa-exoccipital-basioccipital-1-mm-parasphenoid-prootic-auditory-foramen-figure-57-saccodon-wagneri-dental-morph-iv-554-mm-cranium-lateral-view-please-note-that-these-images-are-extracted-from-scanned-page-images-that-image233895167.htmlRMRGERJR–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. supraoccipital exoccipital posttemporal fossa pterotic Figure 56. Saccodon wagneri (dental morph IV), 55.4 mm. Cranium with right supraorbital in place (dorsal view). ethmoid frontal sphenotic pterotic parietal. lateral ethmoid orbitosphenoid pterosphenoid supraoccipital epiotic posttemporal fossa exoccipital basioccipital 1 mm parasphenoid prootic auditory foramen Figure 57. Saccodon wagneri (dental morph IV), 55.4 mm. Cranium (lateral view).. Please note that these images are extracted from scanned page images that
. Annals of the South African Museum. Annale van die Suid-Afrikaanse Museum. Natural history. s in South African Fossil Beptilia and AntpJtibia. 93 The limits of the lachrymal and prefrontal are not well displayed in either of the two skulls we possess ; the lachrymal is certainly small, but the prefrontal forms a large part of the inner orbital wall. The lachrymal foramen lies wholly within the orbit. The frontal is broad and flat, forming the posterior half of the supraorbital border. It has a short process passing back along the side of the parietal, between that bone and the postorbital. T 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-s-in-south-african-fossil-beptilia-and-antpjtibia-93-the-limits-of-the-lachrymal-and-prefrontal-are-not-well-displayed-in-either-of-the-two-skulls-we-possess-the-lachrymal-is-certainly-small-but-the-prefrontal-forms-a-large-part-of-the-inner-orbital-wall-the-lachrymal-foramen-lies-wholly-within-the-orbit-the-frontal-is-broad-and-flat-forming-the-posterior-half-of-the-supraorbital-border-it-has-a-short-process-passing-back-along-the-side-of-the-parietal-between-that-bone-and-the-postorbital-t-image236430908.htmlRMRMJA10–. Annals of the South African Museum. Annale van die Suid-Afrikaanse Museum. Natural history. s in South African Fossil Beptilia and AntpJtibia. 93 The limits of the lachrymal and prefrontal are not well displayed in either of the two skulls we possess ; the lachrymal is certainly small, but the prefrontal forms a large part of the inner orbital wall. The lachrymal foramen lies wholly within the orbit. The frontal is broad and flat, forming the posterior half of the supraorbital border. It has a short process passing back along the side of the parietal, between that bone and the postorbital. T
![. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. subopercle Figure 6. Hemiodus semitaeniatus, 55.8 mm. Jaws, facial bones, and suspensorium (lateral view).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for read Stock Photo](https://c8.alamy.com/comp/RGETA9/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-foramen-magnum-cavum-sinus-imparis-1-i-parasphenoid-basioccipital-quot-figure-5-hemiodus-semitaeniatus-558-mm-cranium-occipital-view-antorbital-premaxillary-maxillary-supraorbital-nasal-dentary-articular-angular-quadrate-i-1-quotm-i-preopercle-interopercle-opercle-subopercle-figure-6-hemiodus-semitaeniatus-558-mm-jaws-facial-bones-and-suspensorium-lateral-view-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-read-RGETA9.jpg ". Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. subopercle Figure 6. Hemiodus semitaeniatus, 55.8 mm. Jaws, facial bones, and suspensorium (lateral view).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for read Stock Photo")
. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. subopercle Figure 6. Hemiodus semitaeniatus, 55.8 mm. Jaws, facial bones, and suspensorium (lateral view).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for read Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-foramen-magnum-cavum-sinus-imparis-1-i-parasphenoid-basioccipital-quot-figure-5-hemiodus-semitaeniatus-558-mm-cranium-occipital-view-antorbital-premaxillary-maxillary-supraorbital-nasal-dentary-articular-angular-quadrate-i-1-quotm-i-preopercle-interopercle-opercle-subopercle-figure-6-hemiodus-semitaeniatus-558-mm-jaws-facial-bones-and-suspensorium-lateral-view-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-read-image233895713.htmlRMRGETA9–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. foramen magnum cavum sinus imparis . .1 , -^^ I / parasphenoid basioccipital ^^ ^-^ *^ "^ Figure 5. Hemiodus semitaeniatus, 55.8 mm. Cranium (occipital view). antorbital premaxillary maxillary supraorbital nasal dentary articular angular quadrate I 1 "^m I preopercle interopercle opercle. subopercle Figure 6. Hemiodus semitaeniatus, 55.8 mm. Jaws, facial bones, and suspensorium (lateral view).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for read
. Atlas and text-book of human anatomy. Anatomy -- Atlases. Frontal eminence Frontal port/on Parietal ^ border J i Superciliary arch Orbital portion (orbital surface) Supraorbital foramen Nasal portion Frontal spine. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. 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 perfectly resemble the original work.. Sobotta, J Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-human-anatomy-anatomy-atlases-frontal-eminence-frontal-porton-parietal-border-j-i-superciliary-arch-orbital-portion-orbital-surface-supraorbital-foramen-nasal-portion-frontal-spine-ris-66-superior-temporal-line-fempoml-surface-zygomatic-process-frontal-nou-supraorbital-margin-supraorbital-notch-sagittal-groove-parietal-border-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-perfectly-resemble-the-original-work-sobotta-j-image235397869.htmlRMRJY8AN–. Atlas and text-book of human anatomy. Anatomy -- Atlases. Frontal eminence Frontal port/on Parietal ^ border J i Superciliary arch Orbital portion (orbital surface) Supraorbital foramen Nasal portion Frontal spine. ris^. 66. Superior temporal line Fempoml surface Zygomatic process Frontal nou^ Supraorbital margin Supraorbital notch Sagittal groove Parietal border. 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 perfectly resemble the original work.. Sobotta, J
. Anatomy in a nutshell : a treatise on human anatomy in its relation to osteopathy. Human anatomy; Osteopathic medicine; Osteopathic Medicine; Anatomy. ANATOMY IN A NUTSHELL 383 artery which passes through the optic foramen into the orbit with the optic nerve. However, this artery sometimes passes with the ophthalmic vein through the anterior lacerated or sphenoidal fissure. In the orbit it gives off the fol- lowing branches, an orbital group and an ocular group. The branches of the orbital group are: 1. Lachrymal. 2. Supraorbital. 3. Posterior ethmoidal. 4. Anterior ethmoidal. 5. Internal pa Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-in-a-nutshell-a-treatise-on-human-anatomy-in-its-relation-to-osteopathy-human-anatomy-osteopathic-medicine-osteopathic-medicine-anatomy-anatomy-in-a-nutshell-383-artery-which-passes-through-the-optic-foramen-into-the-orbit-with-the-optic-nerve-however-this-artery-sometimes-passes-with-the-ophthalmic-vein-through-the-anterior-lacerated-or-sphenoidal-fissure-in-the-orbit-it-gives-off-the-fol-lowing-branches-an-orbital-group-and-an-ocular-group-the-branches-of-the-orbital-group-are-1-lachrymal-2-supraorbital-3-posterior-ethmoidal-4-anterior-ethmoidal-5-internal-pa-image236803137.htmlRMRN78PW–. Anatomy in a nutshell : a treatise on human anatomy in its relation to osteopathy. Human anatomy; Osteopathic medicine; Osteopathic Medicine; Anatomy. ANATOMY IN A NUTSHELL 383 artery which passes through the optic foramen into the orbit with the optic nerve. However, this artery sometimes passes with the ophthalmic vein through the anterior lacerated or sphenoidal fissure. In the orbit it gives off the fol- lowing branches, an orbital group and an ocular group. The branches of the orbital group are: 1. Lachrymal. 2. Supraorbital. 3. Posterior ethmoidal. 4. Anterior ethmoidal. 5. Internal pa
. The Canadian field-naturalist. Natural history. Figure 2. Ventral view of BCPM 17198 skull. premolar (p^) to posterior alveoli of third mandibular molar (m3). Six cranial measurements based on Manning (1971) were taken to the nearest mm: basilar length (BAL), length from anterior extremity of premaxilla (excluding teeth) to anterior extension of foramen magnum; palatal length (PAL), length from anterior extremity of premaxilla to the posterior border of palate; interorbital breadth (IB), minimum width between orbits measured across the frontals; supraorbital breadth (SB), maximum breadth acr Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-canadian-field-naturalist-natural-history-figure-2-ventral-view-of-bcpm-17198-skull-premolar-p-to-posterior-alveoli-of-third-mandibular-molar-m3-six-cranial-measurements-based-on-manning-1971-were-taken-to-the-nearest-mm-basilar-length-bal-length-from-anterior-extremity-of-premaxilla-excluding-teeth-to-anterior-extension-of-foramen-magnum-palatal-length-pal-length-from-anterior-extremity-of-premaxilla-to-the-posterior-border-of-palate-interorbital-breadth-ib-minimum-width-between-orbits-measured-across-the-frontals-supraorbital-breadth-sb-maximum-breadth-acr-image233654392.htmlRMRG3TFM–. The Canadian field-naturalist. Natural history. Figure 2. Ventral view of BCPM 17198 skull. premolar (p^) to posterior alveoli of third mandibular molar (m3). Six cranial measurements based on Manning (1971) were taken to the nearest mm: basilar length (BAL), length from anterior extremity of premaxilla (excluding teeth) to anterior extension of foramen magnum; palatal length (PAL), length from anterior extremity of premaxilla to the posterior border of palate; interorbital breadth (IB), minimum width between orbits measured across the frontals; supraorbital breadth (SB), maximum breadth acr
. The Ceratopsia. Ceratopsia. 28 THE CERATOPSIA. tudinal portions of the palatines meet, they are produced into long, pointed processes which fit nicely into notches on the supero-internal surfaces of the maxillaries, as is well shown in fig. 20.. Fig. 24.—Portion of central region of skull of Triceratops horridus (type), No. 1820, Yale Museum, as seen from right side with external wall removed, showing relations of the various internal bones of the cranial region to one another, h, Supraorbital horn core; pf, postfrontal; x, cavities in postfrontal; of, olfactory foramen; al, alisphenoid; o, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-ceratopsia-ceratopsia-28-the-ceratopsia-tudinal-portions-of-the-palatines-meet-they-are-produced-into-long-pointed-processes-which-fit-nicely-into-notches-on-the-supero-internal-surfaces-of-the-maxillaries-as-is-well-shown-in-fig-20-fig-24portion-of-central-region-of-skull-of-triceratops-horridus-type-no-1820-yale-museum-as-seen-from-right-side-with-external-wall-removed-showing-relations-of-the-various-internal-bones-of-the-cranial-region-to-one-another-h-supraorbital-horn-core-pf-postfrontal-x-cavities-in-postfrontal-of-olfactory-foramen-al-alisphenoid-o-image235113850.htmlRMRJEA36–. The Ceratopsia. Ceratopsia. 28 THE CERATOPSIA. tudinal portions of the palatines meet, they are produced into long, pointed processes which fit nicely into notches on the supero-internal surfaces of the maxillaries, as is well shown in fig. 20.. Fig. 24.—Portion of central region of skull of Triceratops horridus (type), No. 1820, Yale Museum, as seen from right side with external wall removed, showing relations of the various internal bones of the cranial region to one another, h, Supraorbital horn core; pf, postfrontal; x, cavities in postfrontal; of, olfactory foramen; al, alisphenoid; o,
. The Ceratopsia. Ceratopsia. Fig. 24.—Portion of central region of skull of Triceratops horridus (type), No. 1820, Yale Museum, as seen from right side with external wall removed, showing relations of the various internal bones of the cranial region to one another, h, Supraorbital horn core; pf, postfrontal; x, cavities in postfrontal; of, olfactory foramen; al, alisphenoid; o, optic foramen; fo, foramen ovale; earn, external auditory meatus; flp, foramen lacerum posterius; 6s, basisphenoid; pt, pterygoid; pi, palatine; tr, transverse; q, quadrate; qj, quadratojugal surface; as, articular sur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-ceratopsia-ceratopsia-fig-24portion-of-central-region-of-skull-of-triceratops-horridus-type-no-1820-yale-museum-as-seen-from-right-side-with-external-wall-removed-showing-relations-of-the-various-internal-bones-of-the-cranial-region-to-one-another-h-supraorbital-horn-core-pf-postfrontal-x-cavities-in-postfrontal-of-olfactory-foramen-al-alisphenoid-o-optic-foramen-fo-foramen-ovale-earn-external-auditory-meatus-flp-foramen-lacerum-posterius-6s-basisphenoid-pt-pterygoid-pi-palatine-tr-transverse-q-quadrate-qj-quadratojugal-surface-as-articular-sur-image235113842.htmlRMRJEA2X–. The Ceratopsia. Ceratopsia. Fig. 24.—Portion of central region of skull of Triceratops horridus (type), No. 1820, Yale Museum, as seen from right side with external wall removed, showing relations of the various internal bones of the cranial region to one another, h, Supraorbital horn core; pf, postfrontal; x, cavities in postfrontal; of, olfactory foramen; al, alisphenoid; o, optic foramen; fo, foramen ovale; earn, external auditory meatus; flp, foramen lacerum posterius; 6s, basisphenoid; pt, pterygoid; pi, palatine; tr, transverse; q, quadrate; qj, quadratojugal surface; as, articular sur
. The Annals and magazine of natural history; zoology, botany, and geology. Natural history; Zoology; Botany; Geology. parietal foramen. columella. sup.o Diagrams sliowinp: the structure of the skull in Peloneustes. A, from above; B, from side.—^., frontal; ,/m., jugal; la., lachrymal; ma:, maxilla; nci., nasal; orb., orbit; p., parietal; p./., prefrontal; p.o., postorbital; po/., postfrontal; p.mx., premaxilla; sup.orb., (?) supraorbital; occ, occipital condyle; q, quadrate; sq., squa- mosal. The hasisphenoid is not sufficiently well preserved for description in any of the specimens j it is e Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-annals-and-magazine-of-natural-history-zoology-botany-and-geology-natural-history-zoology-botany-geology-parietal-foramen-columella-supo-diagrams-sliowinp-the-structure-of-the-skull-in-peloneustes-a-from-above-b-from-side-frontal-m-jugal-la-lachrymal-ma-maxilla-nci-nasal-orb-orbit-p-parietal-p-prefrontal-po-postorbital-po-postfrontal-pmx-premaxilla-suporb-supraorbital-occ-occipital-condyle-q-quadrate-sq-squa-mosal-the-hasisphenoid-is-not-sufficiently-well-preserved-for-description-in-any-of-the-specimens-j-it-is-e-image236497604.htmlRMRMNB30–. The Annals and magazine of natural history; zoology, botany, and geology. Natural history; Zoology; Botany; Geology. parietal foramen. columella. sup.o Diagrams sliowinp: the structure of the skull in Peloneustes. A, from above; B, from side.—^., frontal; ,/m., jugal; la., lachrymal; ma:, maxilla; nci., nasal; orb., orbit; p., parietal; p./., prefrontal; p.o., postorbital; po/., postfrontal; p.mx., premaxilla; sup.orb., (?) supraorbital; occ, occipital condyle; q, quadrate; sq., squa- mosal. The hasisphenoid is not sufficiently well preserved for description in any of the specimens j it is e
. Bonner zoologische Monographien. Zoology. 95 Table 7: Bones surrounding the optical foramen in some siluroids (according to present paper, Lundberg 1982 (2) and Howes 1983 b (3); + = presence). para- sphenoid supra- sphenoid orbito- sphenoid ptero- , . , prootic sphenoid ^ Auchenipterus (3) + Diplomystes camposensis (part) + â + + Hoplosternum,(}) + + + Hypophthalmus (3) + + Ictalurus (2) 1 + + -1- Not urns (2) 1 + + + Pterodoras (3) + + + + Trogloglanis (2) + ? + +. Fig. 42: Dorsal view of cranium illustrating the relationships of the supraorbital bone. â A: Hat- cheria macraei (PC 126, KU Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bonner-zoologische-monographien-zoology-95-table-7-bones-surrounding-the-optical-foramen-in-some-siluroids-according-to-present-paper-lundberg-1982-2-and-howes-1983-b-3-=-presence-para-sphenoid-supra-sphenoid-orbito-sphenoid-ptero-prootic-sphenoid-auchenipterus-3-diplomystes-camposensis-part-hoplosternum-hypophthalmus-3-ictalurus-2-1-1-not-urns-2-1-pterodoras-3-trogloglanis-2-fig-42-dorsal-view-of-cranium-illustrating-the-relationships-of-the-supraorbital-bone-a-hat-cheria-macraei-pc-126-ku-image234491518.htmlRMRHE092–. Bonner zoologische Monographien. Zoology. 95 Table 7: Bones surrounding the optical foramen in some siluroids (according to present paper, Lundberg 1982 (2) and Howes 1983 b (3); + = presence). para- sphenoid supra- sphenoid orbito- sphenoid ptero- , . , prootic sphenoid ^ Auchenipterus (3) + Diplomystes camposensis (part) + â + + Hoplosternum,(}) + + + Hypophthalmus (3) + + Ictalurus (2) 1 + + -1- Not urns (2) 1 + + + Pterodoras (3) + + + + Trogloglanis (2) + ? + +. Fig. 42: Dorsal view of cranium illustrating the relationships of the supraorbital bone. â A: Hat- cheria macraei (PC 126, KU
. Chordate morphology. Morphology (Animals); Chordata. rostral cartilage hypophyseal fenestra supraorbital cartilage hyomandibulor branch VII dorsum sellae palatine branch V I superficial ophthalmic VII pituitary vein foramen dorsum sellae notochord orbitonasal foramen, V medial rostra lateral rostral cartilage Meckel's cartilage | otic process of quadrate cartilage orbital process Figure 5-20. Stages in the development of fhe head skeleton of Ca//orhynchus. A and B, lateral and dorsal views of cranium and jaws of a 60-mm embryo; C, laterol view of head skeleton of 85-mm embryo. (After Schains Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-rostral-cartilage-hypophyseal-fenestra-supraorbital-cartilage-hyomandibulor-branch-vii-dorsum-sellae-palatine-branch-v-i-superficial-ophthalmic-vii-pituitary-vein-foramen-dorsum-sellae-notochord-orbitonasal-foramen-v-medial-rostra-lateral-rostral-cartilage-meckels-cartilage-otic-process-of-quadrate-cartilage-orbital-process-figure-5-20-stages-in-the-development-of-fhe-head-skeleton-of-caorhynchus-a-and-b-lateral-and-dorsal-views-of-cranium-and-jaws-of-a-60-mm-embryo-c-laterol-view-of-head-skeleton-of-85-mm-embryo-after-schains-image234908607.htmlRMRJ5093–. Chordate morphology. Morphology (Animals); Chordata. rostral cartilage hypophyseal fenestra supraorbital cartilage hyomandibulor branch VII dorsum sellae palatine branch V I superficial ophthalmic VII pituitary vein foramen dorsum sellae notochord orbitonasal foramen, V medial rostra lateral rostral cartilage Meckel's cartilage | otic process of quadrate cartilage orbital process Figure 5-20. Stages in the development of fhe head skeleton of Ca//orhynchus. A and B, lateral and dorsal views of cranium and jaws of a 60-mm embryo; C, laterol view of head skeleton of 85-mm embryo. (After Schains
. The anatomy of the domestic animals. Veterinary anatomy. I bone Prcmaxilla. — w Mandible Incisor teeth (first and second) Fig. 59.—Skull of Foal About Two Months Old. This figure illustrates differential features of skull of yotmg foal as compared with that of adult animal shown in Fig. 28. 1, Occipital condyle; 2, paramaatoid process; 3, mastoid process; 4, extern.al acoustic meatus; 3, zygomatic process of temporal bone; 6, supraorbital process of frontal bone; 7, zygomatic process of malar bone; 8, facial crest; 9, infraorbital foramen; 10, mental foramen; 11, angle of mandible; 12, condy Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-anatomy-of-the-domestic-animals-veterinary-anatomy-i-bone-prcmaxilla-w-mandible-incisor-teeth-first-and-second-fig-59skull-of-foal-about-two-months-old-this-figure-illustrates-differential-features-of-skull-of-yotmg-foal-as-compared-with-that-of-adult-animal-shown-in-fig-28-1-occipital-condyle-2-paramaatoid-process-3-mastoid-process-4-external-acoustic-meatus-3-zygomatic-process-of-temporal-bone-6-supraorbital-process-of-frontal-bone-7-zygomatic-process-of-malar-bone-8-facial-crest-9-infraorbital-foramen-10-mental-foramen-11-angle-of-mandible-12-condy-image236814708.htmlRMRN7RG4–. The anatomy of the domestic animals. Veterinary anatomy. I bone Prcmaxilla. — w Mandible Incisor teeth (first and second) Fig. 59.—Skull of Foal About Two Months Old. This figure illustrates differential features of skull of yotmg foal as compared with that of adult animal shown in Fig. 28. 1, Occipital condyle; 2, paramaatoid process; 3, mastoid process; 4, extern.al acoustic meatus; 3, zygomatic process of temporal bone; 6, supraorbital process of frontal bone; 7, zygomatic process of malar bone; 8, facial crest; 9, infraorbital foramen; 10, mental foramen; 11, angle of mandible; 12, condy
. Chordate morphology. Morphology (Animals); Chordata. rostral cartilage hypophyseal fenestra supraorbital cartilage hyomandibulor branch VII dorsum sellae palatine branch V I superficial ophthalmic VII pituitary vein foramen dorsum sellae notochord orbitonasal foramen, V medial rostra lateral rostral cartilage Meckel's cartilage | otic process of quadrate cartilage orbital process Figure 5-20. Stages in the development of fhe head skeleton of Ca//orhynchus. A and B, lateral and dorsal views of cranium and jaws of a 60-mm embryo; C, laterol view of head skeleton of 85-mm embryo. (After Schains Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/chordate-morphology-morphology-animals-chordata-rostral-cartilage-hypophyseal-fenestra-supraorbital-cartilage-hyomandibulor-branch-vii-dorsum-sellae-palatine-branch-v-i-superficial-ophthalmic-vii-pituitary-vein-foramen-dorsum-sellae-notochord-orbitonasal-foramen-v-medial-rostra-lateral-rostral-cartilage-meckels-cartilage-otic-process-of-quadrate-cartilage-orbital-process-figure-5-20-stages-in-the-development-of-fhe-head-skeleton-of-caorhynchus-a-and-b-lateral-and-dorsal-views-of-cranium-and-jaws-of-a-60-mm-embryo-c-laterol-view-of-head-skeleton-of-85-mm-embryo-after-schains-image234908583.htmlRMRJ5087–. Chordate morphology. Morphology (Animals); Chordata. rostral cartilage hypophyseal fenestra supraorbital cartilage hyomandibulor branch VII dorsum sellae palatine branch V I superficial ophthalmic VII pituitary vein foramen dorsum sellae notochord orbitonasal foramen, V medial rostra lateral rostral cartilage Meckel's cartilage | otic process of quadrate cartilage orbital process Figure 5-20. Stages in the development of fhe head skeleton of Ca//orhynchus. A and B, lateral and dorsal views of cranium and jaws of a 60-mm embryo; C, laterol view of head skeleton of 85-mm embryo. (After Schains
. Bulletin - United States National Museum. Science. 50 UNITED STATES NATIONAL MUSEUM BULLETIN 247. Figure 29.—Dorsal view of skull, USNM 22926, of Orycterocetus cncodilinus, with anterior end of rostrum restored. Abbrs.: ant.n., antorbital maxillary notch; ap.max., maxillary apophysis; C, occipital condyle; f.max., maxillary incisure; f.pmx., premaxillary foramen; Ex.oc, exoccipital; Fr., frontal; j.n., jugular incisure; Max., maxillary; max.cr., maxillary crest; Na., nasal; Pmx., premaxillary; pr.s., pre- sphenoid; S.oc, supraoccipital; s.or.pr., supraorbital process of frontal; Vo., vomer; Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-united-states-national-museum-science-50-united-states-national-museum-bulletin-247-figure-29dorsal-view-of-skull-usnm-22926-of-orycterocetus-cncodilinus-with-anterior-end-of-rostrum-restored-abbrs-antn-antorbital-maxillary-notch-apmax-maxillary-apophysis-c-occipital-condyle-fmax-maxillary-incisure-fpmx-premaxillary-foramen-exoc-exoccipital-fr-frontal-jn-jugular-incisure-max-maxillary-maxcr-maxillary-crest-na-nasal-pmx-premaxillary-prs-pre-sphenoid-soc-supraoccipital-sorpr-supraorbital-process-of-frontal-vo-vomer-image233765163.htmlRMRG8WRR–. Bulletin - United States National Museum. Science. 50 UNITED STATES NATIONAL MUSEUM BULLETIN 247. Figure 29.—Dorsal view of skull, USNM 22926, of Orycterocetus cncodilinus, with anterior end of rostrum restored. Abbrs.: ant.n., antorbital maxillary notch; ap.max., maxillary apophysis; C, occipital condyle; f.max., maxillary incisure; f.pmx., premaxillary foramen; Ex.oc, exoccipital; Fr., frontal; j.n., jugular incisure; Max., maxillary; max.cr., maxillary crest; Na., nasal; Pmx., premaxillary; pr.s., pre- sphenoid; S.oc, supraoccipital; s.or.pr., supraorbital process of frontal; Vo., vomer;
. The elasmobranch fishes. Chondrichthyes. Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.). Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage.. Please note that these images are extracted from scanned page images th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-chondrichthyes-fig-68-crauiiim-of-luiinohatis-productus-lateral-view-chester-vstoek-orig-fig-69-skull-of-liaja-clavata-articulate-modified-from-w-k-parker-apr-antorbital-process-f-ii-optic-foramen-fiv-trochlear-foramen-fvii-foramen-for-hyomandibular-lranch-of-facial-nerve-jimd-hyomandibula-7id-mandible-of-orbi-tal-fissure-poo-postorbital-process-p-q-palatoquadrate-pro-preorbital-process-so-supraorbital-crest-spc-spiracular-cartilage-please-note-that-these-images-are-extracted-from-scanned-page-images-th-image231912402.htmlRMRD8EHP–. The elasmobranch fishes. Chondrichthyes. Fig. 68. Crauiiim of lUiinohatis productus, lateral view. (Chester vStoek, orig.). Fig. 69. Skull of liaja clavata (articulate). (Modified from W. K. Parker.) a.pr., antorbital process; f-II, optic foramen; f.IV, trochlear foramen; f.VII, foramen for hyomandibular l^ranch of facial nerve; Ji.md., hyomandibula; 7)id., mandible; o.f., orbi- tal fissure; po.o., postorbital process; p-q., palatoquadrate; pr.o., preorbital process; s.o., supraorbital crest; sp.c, spiracular cartilage.. Please note that these images are extracted from scanned page images th
. Bulletin - United States National Museum. Science. A NEW WHALEBONE WHALE Figure i.âDorsal view of skull, USNM 11976, of Pelocetus calverten- sis, with restored borders of rostrum and right supraorbital process. Abbrs.: AI., alisphenoid; ant.n., antorbital notch; Bo., basioccipital; C, occipital condyle; Ex.oc, exoc- cipital; f.max., maxillary foramen; f.ov., foramen ovale; h.pt., hamular process of pterygoid; j.n., jugular notch or incisure; l.pr., lateral or descending process of basioccipital; Max., maxilla; Na., nasal; o.c, optic canal; Pal., palatine; Par., parietal; pgl., postglenoid pr Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-united-states-national-museum-science-a-new-whalebone-whale-figure-idorsal-view-of-skull-usnm-11976-of-pelocetus-calverten-sis-with-restored-borders-of-rostrum-and-right-supraorbital-process-abbrs-ai-alisphenoid-antn-antorbital-notch-bo-basioccipital-c-occipital-condyle-exoc-exoc-cipital-fmax-maxillary-foramen-fov-foramen-ovale-hpt-hamular-process-of-pterygoid-jn-jugular-notch-or-incisure-lpr-lateral-or-descending-process-of-basioccipital-max-maxilla-na-nasal-oc-optic-canal-pal-palatine-par-parietal-pgl-postglenoid-pr-image233765628.htmlRMRG8XCC–. Bulletin - United States National Museum. Science. A NEW WHALEBONE WHALE Figure i.âDorsal view of skull, USNM 11976, of Pelocetus calverten- sis, with restored borders of rostrum and right supraorbital process. Abbrs.: AI., alisphenoid; ant.n., antorbital notch; Bo., basioccipital; C, occipital condyle; Ex.oc, exoc- cipital; f.max., maxillary foramen; f.ov., foramen ovale; h.pt., hamular process of pterygoid; j.n., jugular notch or incisure; l.pr., lateral or descending process of basioccipital; Max., maxilla; Na., nasal; o.c, optic canal; Pal., palatine; Par., parietal; pgl., postglenoid pr
. Bulletin. Natural history; Natuurlijke historie. 12 PEABODY MUSEUM OF NATURAL HISTORY |10f f /3//8 T^yPE y PM.. if n jxjjix Fig. 5. Superior view of skull of Eporeodon socialis Marsh, {apf, anterior palatine foramen; f, frontal; if, infraorbital foramen; If, lacrimal fossa; mx, maxilla; n, nasal; nc, supraoccipital or nuchal crest; p, parietal; pc, parietal crest; pmx, premaxilla; poc, postorbital constriction; pof, postorbital or su- praorbital process of frontal; s, squamosal; sof, supraorbital foramen; za, zygomatic arch. Cotype Cat. No. 13118 Y.P.M. xVz- Superior view (Figs. 5 and 6A). T Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-12-peabody-museum-of-natural-history-10f-f-38-type-y-pm-if-n-jxjjix-fig-5-superior-view-of-skull-of-eporeodon-socialis-marsh-apf-anterior-palatine-foramen-f-frontal-if-infraorbital-foramen-if-lacrimal-fossa-mx-maxilla-n-nasal-nc-supraoccipital-or-nuchal-crest-p-parietal-pc-parietal-crest-pmx-premaxilla-poc-postorbital-constriction-pof-postorbital-or-su-praorbital-process-of-frontal-s-squamosal-sof-supraorbital-foramen-za-zygomatic-arch-cotype-cat-no-13118-ypm-xvz-superior-view-figs-5-and-6a-t-image234227388.htmlRMRH1YBT–. Bulletin. Natural history; Natuurlijke historie. 12 PEABODY MUSEUM OF NATURAL HISTORY |10f f /3//8 T^yPE y PM.. if n jxjjix Fig. 5. Superior view of skull of Eporeodon socialis Marsh, {apf, anterior palatine foramen; f, frontal; if, infraorbital foramen; If, lacrimal fossa; mx, maxilla; n, nasal; nc, supraoccipital or nuchal crest; p, parietal; pc, parietal crest; pmx, premaxilla; poc, postorbital constriction; pof, postorbital or su- praorbital process of frontal; s, squamosal; sof, supraorbital foramen; za, zygomatic arch. Cotype Cat. No. 13118 Y.P.M. xVz- Superior view (Figs. 5 and 6A). T
. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. 14 Anatomy of the Woodchuck, Marmota monax. Fig. 2-5. Skull, dorsal view, mature animal. 1 nasal bone, 2 nasal part of frontal bone, 3 supraorbital incisure, 4 frontal bone, 5 supraorbital margin, 6 zygomatic process of frontal bone, 7 zygomatic process of temporal bone, 8 squamous temporal bone, 9 external acoustic pore, 10 nuchal crest, 1 1 external sagittal crest, 12 retroarticular foramen, 13 parietal bone, 14 temporal line, 15 temporal process of zygomatic bone, 16 zygomatic bone, 17 lachrymal bone, 18 maxilla, 19 incisive bo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomy-of-the-woodchuck-marmota-monax-woodchuck-mammals-14-anatomy-of-the-woodchuck-marmota-monax-fig-2-5-skull-dorsal-view-mature-animal-1-nasal-bone-2-nasal-part-of-frontal-bone-3-supraorbital-incisure-4-frontal-bone-5-supraorbital-margin-6-zygomatic-process-of-frontal-bone-7-zygomatic-process-of-temporal-bone-8-squamous-temporal-bone-9-external-acoustic-pore-10-nuchal-crest-1-1-external-sagittal-crest-12-retroarticular-foramen-13-parietal-bone-14-temporal-line-15-temporal-process-of-zygomatic-bone-16-zygomatic-bone-17-lachrymal-bone-18-maxilla-19-incisive-bo-image236801695.htmlRMRN76YB–. Anatomy of the woodchuck (Marmota monax). Woodchuck; Mammals. 14 Anatomy of the Woodchuck, Marmota monax. Fig. 2-5. Skull, dorsal view, mature animal. 1 nasal bone, 2 nasal part of frontal bone, 3 supraorbital incisure, 4 frontal bone, 5 supraorbital margin, 6 zygomatic process of frontal bone, 7 zygomatic process of temporal bone, 8 squamous temporal bone, 9 external acoustic pore, 10 nuchal crest, 1 1 external sagittal crest, 12 retroarticular foramen, 13 parietal bone, 14 temporal line, 15 temporal process of zygomatic bone, 16 zygomatic bone, 17 lachrymal bone, 18 maxilla, 19 incisive bo
. Bulletin. Natural history; Natuurlijke historie. 16 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 1. Allodelphui prnffl (holotype), dorsal view. x3/8. Ant. f. anterior foramen Pa parietal Ant. no. anterior notch Pal. loc. location of palatine Ch choana Pal. vac. palatine vacuity Ex. oc. exoccipital Pmx premaxilla F. m. foramen magnum P. or. pr. post-orbital process Fr frontal Pr. s presphenoid Max maxilla Pt. pterygoid Mes mesethmoid S. oc. supraoccipital N notch for jugular leash S. or. pr. supraorbital process Na nasal Sq. squamosal O.c. occipital condyle Vo. vomer Ol. fo. olfactory foramen Zyg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-16-peabody-museum-of-natural-history-fig-1-allodelphui-prnffl-holotype-dorsal-view-x38-ant-f-anterior-foramen-pa-parietal-ant-no-anterior-notch-pal-loc-location-of-palatine-ch-choana-pal-vac-palatine-vacuity-ex-oc-exoccipital-pmx-premaxilla-f-m-foramen-magnum-p-or-pr-post-orbital-process-fr-frontal-pr-s-presphenoid-max-maxilla-pt-pterygoid-mes-mesethmoid-s-oc-supraoccipital-n-notch-for-jugular-leash-s-or-pr-supraorbital-process-na-nasal-sq-squamosal-oc-occipital-condyle-vo-vomer-ol-fo-olfactory-foramen-zyg-image234226998.htmlRMRH1XWX–. Bulletin. Natural history; Natuurlijke historie. 16 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 1. Allodelphui prnffl (holotype), dorsal view. x3/8. Ant. f. anterior foramen Pa parietal Ant. no. anterior notch Pal. loc. location of palatine Ch choana Pal. vac. palatine vacuity Ex. oc. exoccipital Pmx premaxilla F. m. foramen magnum P. or. pr. post-orbital process Fr frontal Pr. s presphenoid Max maxilla Pt. pterygoid Mes mesethmoid S. oc. supraoccipital N notch for jugular leash S. or. pr. supraorbital process Na nasal Sq. squamosal O.c. occipital condyle Vo. vomer Ol. fo. olfactory foramen Zyg
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