RMRJ514N–. Chordate morphology. Morphology (Animals); Chordata. supratempi epiphysis -quadrate para columella pterygoid B jugular foramen hypoglossal foramen foramen magnum. occipital estra vestibuli perilymphatic fenestra, IX .ipterygc , pterygoid jiar foramen pitol process parabasal canal coronoid supraongulare orticulare. 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
RMRPXX7N–. The comparative anatomy of the domesticated animals. Veterinary anatomy. 366 THE DIGESTIVE APPARATCS IN MAMMALIA. border of the inferior maxilla and tlie transverse process of the atlas. It is elongated from above to below, flattened on both sides, and divided into two faces, two borders, and two extremities. The external face, nearly plane, is hollowed in its inferior part into a longitudinal channel, which is sometimes transformed into a complete canal, and lodges the jugular vein after it has traversed the gland from below to its superficies. This external face responds to the parotido-au
RMRH02TB–. Bulletin. Natural history. RUSSELL: AMERICAN MOSASAURS 31 The lateral wall of the basisphenoid is smoothly sulcata inwardly from the ventral wall of the alar process down over the thin sheet of bone covering the vidian canal and out across the base of the basipterygoid process. The internal jugular vein must have passed along this sulcus. The vidian canal transported the internal carotid artery and the palatine branch of the seventh nerve into the basisphenoid beneath the posterior end of the alar process and out again onto the anterolateral surface of the parasphenoid rostrum. A small branc
RMRE544F–. The comparative anatomy of the domesticated animals. Veterinary anatomy. 366 THE DIGESTIVE APPARATCS IN MAMMALIA. border of the inferior maxilla and the transverse process of the atlas. It is elongated from above to below, flattened on both sides, and divided into two faces, two borders, and two extremities. The external face, nearly plane, is hollowed in its inferior part into a longitudinal channel, which is sometimes transformed into a complete canal, and lodges the jugular vein after it has traversed the gland from below to its superficies. This external face responds to the parotido-aur
RMRPY0EM–. The comparative anatomy of the domesticated animals. Veterinary anatomy. 62 THE BONES. Fig. 33. origin of the superior curved lines is very elevated and strong. The cervical tuberosity of the external occipital protuberance is absent or little marked; the styloid processes are short, and well deserve the name of jugular eminences. The foramen lacerum is divided into two portions by the mastoid protuberance, and the basilar process is wide, long, and thick, and hollowed on the side by a channel that joins a similar one in the temporal bone to form a large venous canal. This last communicates,
RMRJYATE–. An atlas of human anatomy for students and physicians. Anatomy. THE SKULL AND THE BONES OF THE SKULL 71 Notch of Rivinus Incisura tympanica (Rivini) Zygoma Processus zygomaticus Articular portion of glenoid fossa Facies articularis Free margin of tegmen tympani Fissure of Glaser, or petrotympanic fissure Fissura petrotympanica (Glaseri) Squamous portion of temporal bone ] Squama temporalis sT^—p.. Squamosomastoid suture Sutura squamosomastoidea Mastoid portion Pars mastoidea ..Tympanomastoid fissure F'issura tympanomastoidea Jugular Mastoid process Processus mastoideus Tympanic plate Pars
RMRJYB69–. An atlas of human anatomy for students and physicians. Anatomy. THE SKULL AND THE BONES OF THE SKULL 63 Squamous portion of the temporal bone Squama temporalis Cerebral surface Parietal notch Incisura parietalis. Mastoid portion Pars mastoidea Sigmoid sulcus Sulcus sigmoideus Mastoid foramen Foramen mastoideum Occipital border Margo occipitalis,- External orifice of the aqueduct of the vestibule Apertura externa aquasductus vestibuli Jugular notch Incisura jugularis Intrajugular process Processus intrajugularis Zygoma Processus zygomaticus Eminence of superior semicircular canal Eminentia ar
RMREFF7A–. The comparative anatomy of the domesticated animals. Veterinary anatomy. 62 THE BONES. origin of the superior curved lines is very elevated and strong. The cervical tuberosity of the external occipital protuberance is absent or little marked; the styloid processes are short, and well deserve tlie name of jugular eminences. TJie foramen lacerum is divided into two portions by the mastoid protuberance, and the basilar process is wide, long, and tliick, and hollowed on tlie side by a channel tliat joins a similar one in the temporal bone to form a large venous canal. This last communicates, beh
RMRGEPKE–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology; Zoology. Anatomy of Eocaecilia micropodia 'Jenkins, Walsh, and Carroll 305. cul pr^ st-q Figure 12. Eocaecilia micropodia, MCZ 9242, disarticulated elements of skull. rangement in most modern forms. Slightly anteroventral to the jugular foramen is a small carotid foramen. The ventral portion of the os basale in- corporates the parasphenoid and is config- ured accordingly: posteriorly broad in the region of the otic capsules and anteriorly narrow in the region representing the cul- triform process (Figs. IB, 3). At the
RMRE54J4–. The comparative anatomy of the domesticated animals. Veterinary anatomy. 62 THE BONES. origin of the superior curved lines is very elevated and strong. The cervical tuberosity of the external occipital protuberance is absent or little marked; the styloid Processes are short, and well deserve tl,e name of jugular eminences The foramen lacerum ^ divided into two portions by the mastoid protuberance and the basilar process is wide long, and thick, and hollowed on the side by a channel that ,,oins a sini lar one in the temporal bone to form a large venous canal This last commnn.cates, behind, wi
RMRMKR8F–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. BRAINCASE, BASICRANIAL AXIS, MEDIAN SEPTUM IN THE DINOCEPHALIA 2 29 Between the lower edge of the prootic and the fenestra ovalis lies the opening of the Vllth cranial nerve. In sagittal section (C) it can be seen that the braincase floor is formed by the exoccipital, basioccipital and prootic, with the foramen for the Xllth, the jugular foramen and the internal auditory meatus lying at floor level. Piercing the ascending process of the prOotic is the foramen for the VIth nerve. Behind the prootic-su
RMRJXW9B–. An atlas of human anatomy for students and physicians. Anatomy. 482 TOPOGRAPHICAL ANATOMY OF THE THORACIC AND ABDOMINAL VISCERA Innoiniiiate artery A. anonyma *Venous angle^ •Angulus venosus ^^ Trachea Internal jugular vein V. jugularis interna /Arch of the aorta—Arcus aortae / , Subclavian vein / -' V subclavia Coracoid process Processus coracoideus Superior mediastinal or cardiac lymphatic glands^ LymphoglandulfE mediastinales anteriores Ascending aorta Aorta ascendens Superior vena cava V. cava superior Semilunar or sigmoid valves of the aorta Valvulassemilunares aortse Mitral or bicuspid
RMRMH74W–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. REVISED DESCRIPTION OF MOSCHORHINUS 399 VII eopc. 0 3cm i 1 1 1 Fig. 17. Moschorhinus kitchingi. Detail of left fenestra ovalis. a shallow groove (see Fig. 17). This groove runs from inside the jugular foramen anteromedially, more or less parallel to the ventrolateral suture of the exoccipi- tal, and terminates on the posteromedial surface of the paroccipital process. The part of the opisthotic that is overlain by the posterior extension of the internal process projects into the jugular foramen and,
RMRN5RDF–. Anatomy, descriptive and applied. Anatomy. ^1 LAYER DOTHEI.IAL LINING Fig. 724.—The structure of the dura. Section through the cranial vault of a child, slightly enlarged. (Poirier and Charpy.) HRAGMA SELL AE. Fig. 725.—The tentorium oerebell sends a process into the internal auditory meatus, ensheathing the facial and auditory nerves; another through the jugular foramen, forming a sheath for the structures which pass through this opening; and a third through the anterior con- dylar foramen. Around the margin of the foramen magnum it is closely adherent to the bone, and is continuous with th
RMRJ5M0B–. Chordate morphology. Morphology (Animals); Chordata. premaxilla. prefronta prenasal process foramen apicole parosphenoid prootic fenestra. pterygoid process ascending process —postorbital. basipterygoid process cranioquadrote fissure pterygoid process squamosal jugular endolymphatic foramen t"--'^ , i foramen magnum notocriord canal Figure 4-12. Chondrocranium and some of the dermal bone rudiments observed in the head of an embryo (13-mm head length) of CrococJ/7us biporcofus. (After Shiino, 1914) Bird The head skeleton of the chicken, as an example of the bird, contributes several
RMRJYB5M–. An atlas of human anatomy for students and physicians. Anatomy. Mastoid portion Pars mastoidea Sigmoid sulcus Sulcus sigmoideus Mastoid foramen Foramen mastoideum Occipital border Margo occipitalis,- External orifice of the aqueduct of the vestibule Apertura externa aquasductus vestibuli Jugular notch Incisura jugularis Intrajugular process Processus intrajugularis Zygoma Processus zygomaticus Eminence of superior semicircular canal Eminentia arcuata Superior petrosal sulcus Sulcus petrosus superior Flcccular fossa, or hiatus subarcuatus Frssa subarcuata Internal auditory aperture Porus acus
RMRGK02N–. Bulletin of the British Museum (Natural History), Geology. PPo. Buchanosteus murrumbidgeensis sp. nov. Text-fig. 27. Restoration of undersurface of neurocranium flattened out with outline of skull- roof superimposed; orbito-temporal region based on Hills's (1936) specimen. Known areas heavily stippled. (For explanation of lettering see pp. 303-304.) among which we may note the larger suborbital shelves, the single posterior post- orbital process, the complete enclosure of the jugular vein in the two postorbital processes, the very short occipital region, the entirely different cross-section
RMRJY5XD–. An atlas of human anatomy for students and physicians. Anatomy. "HE ARTICULATIONS AND LIGAMENTS OE THE HEAD 193 Petrous portion of the temporal bone Pars petrosa ossis temporalis Dorsum sellae Dorsum sellas Pharyngeal tubercle , Tuberculum pharyngeum Jugular foramen yg Foramen jugulare Mastoid process Processus mastoideus Posterior condylar foramen Canalis hvpoglossi Capsule of the occipito atlantal synovial joint Capsula articulationis atlanto- occipitalis. Spinous process of the sphenoid bone Spina angularis Tympanic plate 1'ars tympanica Styloid process Processus styloideus Anterio
RMRN9ECC–. The anatomical record. Anatomy; Anatomy. The Anatomical Record. • 9 The primary principle underlying the development of the jugular lymph sacs in the cat is the separation of parallel venous channels from the embryonic veins by a process of fenestration, and the subsequent conversion of these channels into the definite lymph sacs by a process of growth and fusion. In a 5-6 mm. embryo the process of fenestration is, as a rule, not yet evident (Fig. 7). Four fairly constant tributaries open into the dorso- medial surface of the precardinal (1 to 4) which are serially continuous with the segmen
RMRD2NJD–. Elementary physiology. Physiology; Physiology. 26 Elementary Physiology. are often dentated or serrated in outline (see Fig. 12); the serrations strengthen the junction between the two bones. When it is desired to study the shape of the skull-bones. Fig. 13.—External base of the skull. (Allen Thomson.) I palate plate of the superior maxillary bone ; 2, palate plate of the palate bone ; 7 vomer bone ; 12, jugular foramen ; 13, articular emmence of the temporal bone ; 14, external auditory meatus ; 15, glenoid fossa ; 18, basilar process of the occipital bone; 19, condyle of the occipital bo
RMRD6DD3–. Cunningham's Text-book of anatomy. Anatomy. Auditory tube Retro-pharyngeal lymph gland "* J Internal carotid artery Internal jugular vein Tranverse sinus Posterior fossa of skull Rudimentary mastoid process Facial nerve Pyramid Section of jugular fossa Fig. 1072. Promontory View of the Labyrinthine Wall of the Middle Ear. Section through the left temporal bone of a child, to show the relations of the tympanum and tympanic antrum to the middle and posterior fossae of the skull. straighten the cartilaginous part of the canal. The healthy membrane is pearly gray, semi- opaque, slightly c
RMRJ51R8–. Chordate morphology. Morphology (Animals); Chordata. temporal canal parietal orbltosphenoid dermal petrosal anterior lacerate fissure orbital fissure tooth. palatine processes of premaxilla crista parotica or paroccipital process hyoid process basisphenoid jugular foramen mtraorbiti anterior palatine foramen foramen rotundum stapes alar canal foramen ovale Figure 3-7. Skull and mandible of the Platypus (Ornithorhynchus). A, lateral view of skull and mandible; B, dorsal view of skull; C, ventral view of skull. MAMMALIAN HEAD SKELETON • 45. Please note that these images are extracted from scan
RMRJ510Y–. Chordate morphology. Morphology (Animals); Chordata. intermondibular cartilage trabecular cornu inferior gnathal cartilage Meckel's cartilages. trabeculo communis prootic fenestra otic capsule quadrate cartilage hypohyal occipital arch ceratohyol. superior gnathal cartilage igoment metotic foramen superior gnathal cartilage A carotid conalX o^ic operculum fenestra vestibull otic process of quadrate cartilage processus oscendens. C. fenestra vestibuli otic operculum jugular foramen (metotic foramen) Figure 4-22. Cartilaginous jaws and chondrocranium of tadpole. A, lateral view of entire chond
RMRD2DNY–. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. External surface of Occipital Bone. 1 and 4, Semicircular Ridges. 2, Occipital Protube- rance. 3, Attachment of ligamentum nuche. 5, Foramen for Medulla oblongata. 6, Condyle of right side. 7 and 8, Condyloid Foramina. 9, Jugular Eminence. 10, Jugular Foramen. II, Basilar process. 12, Points of attachment for odontoid ligaments. 13, Edge for attach- ment with Parietal bone. 14, Point of attach- ment for Temporal bone. FIG. 49.. The Anterior and Inferior Surface of the Sphenoid Bone. 1,1, Apop
RMRD6D2G–. Cunningham's Text-book of anatomy. Anatomy. Anterior belly of digastric Hyoid bone Thyreoid cartilage (pomum Adami) Crico-thyreoid membrane External jugular vein Cricoid cartilage Isthmus of thyreoid gland Sternal head of sterno-mastoid Clavicular head of sterno-mastoid Sterno-clavicular articulation First part axillary artery SiliV 'Coracoid process. Tricuspid valve Pulmonary valve Aortic valve Mitral valve Fig. 1086.—Anterior Aspect of Neck and Shoulders. anterior jugular veins, along with their transverse communicating branch, a little fat, and one or two lymph glands. The vascular compar
RMRH3YDG–. Breviora. 1970 PROBAINOGNATHUS JENSENI. Fig. 1. Dorsal view of the skull of Probainognathiis. This and Figs. 2-3, 5-8 are composites, about the size of the holotype. Abbreviations for Figs. 1-3 and 5-8: a, articular; an, angular; bo, basioccipital; hs, basisphen- oid and parasphenoid; c, coronoid; d, dentary; e, epipterygoid; /, frontal; fo, fenestra ovalis; /, jugal; jf, jugular foramen; /, lacrimal; m, maxilla; n, nasal; oc, occipital complex; p, parietal; pap, paroccipital process; pi, pala- tine; pm, premaxilla; po, postorbital; pp, postparietal; ppf, pterygoparocci- pital foramen; pr, p
RMRJY5YX–. An atlas of human anatomy for students and physicians. Anatomy. [92 THE ARTICULATION'S AND LIGAMENTS OF III!'. HEAD Jugular eminence I uberculum jugulan Posterior condylar foramen I i ; i I i I ! | II Occipito-atlantal synovial joint Articulatio atlanto 01 cipitalis Basilar portion of the occipital bone Synovial cavity between the odon toid process and the transverse ligament of the atlas Atlanto-axial synovial joint Articulatio atlanto-epistrophica. ii i ipitali Middle odontoid ligament or .suspensory ligament of the axis I>m is dentis Lateral or alar odontoid or check ligament Lig. al
RMRH3YCY–. Breviora. Fig. 1. Dorsal view of the skull of Probainognathiis. This and Figs. 2-3, 5-8 are composites, about the size of the holotype. Abbreviations for Figs. 1-3 and 5-8: a, articular; an, angular; bo, basioccipital; hs, basisphen- oid and parasphenoid; c, coronoid; d, dentary; e, epipterygoid; /, frontal; fo, fenestra ovalis; /, jugal; jf, jugular foramen; /, lacrimal; m, maxilla; n, nasal; oc, occipital complex; p, parietal; pap, paroccipital process; pi, pala- tine; pm, premaxilla; po, postorbital; pp, postparietal; ppf, pterygoparocci- pital foramen; pr, prootic; pra, prearticular; prf
RMRJ51ND–. Chordate morphology. Morphology (Animals); Chordata. glenoid -crista parotica ... I . , x>' / --^ '^stylomastoid foramen occipital condy e '^ I ,,1^^/^ i • i ^ ^ palatine ^°"'^' hyoid process Q ectopterygoid dorsum sellae optic foramen ethmoid foramen ethmoid turbinal nasal turbinal maxillary turbinal. external naris orbital fissure-foramen rotundum foramen ovale anterior lacerate fissure hiatus facialis foramen prootic canal subarcuate fossa endolymphatic foramen nternal auditory meatus jugular foramen carotid foramen (dashed outline) Figure 3-8. Skull and mandible of the Plat
RMRGJGBJ–. Bulletin of the British Museum (Natural History), Geology. REVISION OF ACTINOPTERYGIAN AND COELACANTH FISHES 303 the surface of the prootic and the lateral occipital and was most probably for the reception of the jugular vein. The autosphenotic is small in this species and again the suture line on the optic surface is indistinguishable. There is a small somewhat rounded basipterygoid process.. W.op.sup vas YR.ot int.car psfch "'•eff.ps.art 5mm h H Fig. 40. Dapedium sp. Neurocranium as if cut vertically just anterior to the optic foramen, showing the left orbital surface. From B.M.N.H. P
RMRN7R25–. The anatomy of the frog. Frogs -- Anatomy; Amphibians -- Anatomy. THE VEINS. 243 (i) The internal jugular vein [Fe^ia jtigularis), (Fig. 160 J) can be traced from the border of the M. levator scapulae upwards and forwards to the hinder part of the prootic bone : it then passes forwards under the lateral process of the prootic, in a groove on the anterior surface of the same bone, towards the hinder angle of the orbit, where it receives the veins from the cranial cavity (see vessels of brain, p. 165), and also a branch from the orbit. Fig. 160.. A Innominate vein. 0' cm. Cutaneous vein. P f N
RMRJ5KR2–. Chordate morphology. Morphology (Animals); Chordata. Figure 4-15. Skull and mandible of Archoeopteryx. (After Heilmonn, 1927, and Kleinschmidt, 1951) lacrimal jugal coronoid process parietal alisphenoid (epipterygoid) y2,V3 prootic parasphenoid. squamosal exoccipital XII quadrate uadrate opisthotic carotid canal VII fenestra vestibuli jugular foramen Figure 4-16. Skull and mandible of Diarthrognathus. A, lateral view; B, lateral view of cranium with zygomatic arch; C, palatal view; D, inner view of posterior end of mandible. (After Crompton, 19581 OTHER TETRAPODS • 79. Please note that these
RMRHK6GW–. Biology of Peromyscus (Rodentia). Mice; Peromyscus. /hidloiiiy 1.^1 premaxilla anter palatine f. orbitosphenoid sphenofrontal f. presphenoid allsphenoid foramen ovale allsphenoid ccno lacerate f basisphenoid stylomastoid f jugular f hypoglossal f. maxilla poster palatine f palatine pterygoid fossa basisphenoid con. int. aud. meatus ext. aud. meatus carotid canal stapedial f paroccipital process basioccipital foramen magnum Fio. 2. Ventral view of skull of Peromyscus inaniculatus. Mono County, Cali- fornia. The hyoid skeleton and its associated musculature vary signif- icantly in muroids (Spr
RMRG8TAF–. Bulletin - United States National Museum. Science. f .ov. pr.pa. Orycterocetus crocodilinus Cope Top: Lateral view of rostrum (USNM 22931). Bottom: Ventral view of basicranium of young sperm whale (USNM 22930). Abbrs.: Al., alisphenoid; Bo., basioccipital; c.f., channel and foramen for internal carotid; Ex.oc, exoccipital; f.ov., foramen ovale; J.A., jugulo-acoustic funnel; j.n., jugular incisure; pgl., postglenoid process of zygoma; pr.pa., paroccipital process of exoccipital; Sq., squamosal; zyg., zygomatic process of squamosal.. Please note that these images are extracted from scanned pag
RMRJY8NN–. Atlas and text-book of human anatomy. Anatomy -- Atlases. r- Basilar portion Hypoglossal caruil / inlrajugnlar process ^ Pharyngeal tulrr(^'.e t oraintn ma^nun Jugular He-!. K /ui'U.'jf rnVYNS ' / .ttcrti fjordon Fig. 50.. Squamous portion Frontal border Infrnor nuchal linf fKanum nuchale Anttrior F.tUmo- Parietal -V Superior orbital ^ ctinoiJ Optic idal Otttary Optif /'»""' process groove spinepricea fariimea >' ' •, F/i: 51.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearanc
RMRN81GK–. Anatomy of the cat. Cats; Mammals. Fig. 22.—Temporal Bone, External Fig. 23.—Temporal Bone, Internal Surface. Surface. a, squamous portion; h, petrous portion; r, c", tympanic portion {c, entotym- panic; c', ectotyinpaiiic); </, zygomatic process; e, mastoid portion of the petrous; f, mandibular fossa; g, postmantlibular process; h, tubcrculum articulare; i, ex- ternal auditory meatus;/, stylomastoid foramen; k, pit for tympanohyal bone; /, mastoid process; m, grooves bounding the jugular foramen; ;/, internal auditory meatus; o, appendicular fossa;/, hiatus facialis; q, styliform pr
RMRG8X9Y–. Bulletin - United States National Museum. Science. A NEW WHALEBONE WHALE 13. Figure 5.—Ventral view of right periotic, USNM iigj6, o{ Pelocetus calvertensis. Abbrs.: Bo., basioccipital; Ex.oc, exoccipital; f.ov., foramen ovale; j.n., jugular notch or incisure; l.pr., lateral or descending process of basioccipital; m.e.a., channel for external audi- tory meatus; p.c, pars cochlearis; Per., periotic; pgl., postglenoid process; pr.a., anterior process of periotic; pr.p., posterior process of periotic; Pt., pter>'goid; pt.f., pterygoid fossa; Sq., squamosal; zyg., zygomatic process. This fene
RMRG8WRR–. 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;
RMRG8XCC–. 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
RMRJY8NB–. Atlas and text-book of human anatomy. Anatomy -- Atlases. Squamous portion Frontal border Infrnor nuchal linf fKanum nuchale Anttrior F.tUmo- Parietal -V Superior orbital ^ ctinoiJ Optic idal Otttary Optif /'»""' process groove spinepricea fariimea >' ' •, F/i: 51.. Squamous border Posterior clinoid process - Intrajugular process Jugular notch Panelal an^it ji i Lframen rotu.iJum *y I onimrn ovalt f-oramrrt spinouim t ingula ^ ^u'nnital svnchonJr^yui Sigmoid groov Jui^lar tubcrcU jugvlar pnyfis MiJiJJ ' -»•> S '• > / ^ •- .^ Lambdaid border Transverse groove. Please note t
RMRH1XWX–. 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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