Maxilla frontal process Stock Photos and Images

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Maxilla frontal process Stock Photos and Images

Posterior view of Right Maxilla Stock Photo

RF2KG70XA–Posterior view of Right Maxilla

RMCT69XN–SKULL, DRAWING

Vintage anatomy print showing a side view of the human skull. Stock Photo

RF2A13MRK–Vintage anatomy print showing a side view of the human skull.

Lacrimal Sac of a Deer, vintage engraved illustration. Dictionary of Words and Things - Larive and Fleury - 1895 Stock Vector

RFEW9BYY–Lacrimal Sac of a Deer, vintage engraved illustration. Dictionary of Words and Things - Larive and Fleury - 1895

A close-up of a found skull, believed to be that of a domestic cat skull, Felis catus, photographed against a plain background. Stock Photo

RMGFEW2F–A close-up of a found skull, believed to be that of a domestic cat skull, Felis catus, photographed against a plain background.

RFW7HAY4–Zygoma word cloud concept

RF2F2H1H2–Sideways or profile view of a human skull which has been prepared for medical studies.

RF2RNRECJ–Skull, illustration

Human Skeleton Xiphoid process Anatomy 3D Illustration Stock Photo

RF2F72FGT–Human Skeleton Xiphoid process Anatomy 3D Illustration

Illustration of Anterior Skull Stock Photo

RMHRJ4PF–Illustration of Anterior Skull

Archive image from page 221 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 188 OSTEOLOGY. behind the zygomatic process of the frontal bone above; inferiorly it passes through the alveolar process of the maxilla in the interval between the first and second molar teeth. The cranial, orbital, nasal, and maxillary cavities are all ex- posed, together with the roof of the mouth. The anterior cranial fossa is deepest in its centre, where its floor is formed by the cribriform plate of the ethmoid ; this corre- sponds to the level of Stock Photo

RMW9GG7G–Archive image from page 221 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 188 OSTEOLOGY. behind the zygomatic process of the frontal bone above; inferiorly it passes through the alveolar process of the maxilla in the interval between the first and second molar teeth. The cranial, orbital, nasal, and maxillary cavities are all ex- posed, together with the roof of the mouth. The anterior cranial fossa is deepest in its centre, where its floor is formed by the cribriform plate of the ethmoid ; this corre- sponds to the level of

medicine, anatomy, muscles, musculature of human body (frontside), chart, scientific teaching material by Schmeil 'Der Mensch', Germany, 1922, Additional-Rights-Clearences-Not Available Stock Photo

RMBX884F–medicine, anatomy, muscles, musculature of human body (frontside), chart, scientific teaching material by Schmeil 'Der Mensch', Germany, 1922, Additional-Rights-Clearences-Not Available

The American encyclopedia and dictionary of ophthalmology Edited by Casey AWood, assisted by a large staff of collaborators . Two margins of the tarsalcartilage are designated, viz.: an upper, or convex, margin, and alower, or free, margin; there are also two surfaces, an anterior anda posterior. These plates are highest at the center and taper off to-ward the ends. The tarsus gives form to the upper lid; and, whenboth lids are closed, forms a shield for the eyeball. They are attachedto the frontal process of the superior maxilla by the tendo oculi, orligamentum palpebrte mediale, and are unit Stock Photo

RM2AKAE2K–The American encyclopedia and dictionary of ophthalmology Edited by Casey AWood, assisted by a large staff of collaborators . Two margins of the tarsalcartilage are designated, viz.: an upper, or convex, margin, and alower, or free, margin; there are also two surfaces, an anterior anda posterior. These plates are highest at the center and taper off to-ward the ends. The tarsus gives form to the upper lid; and, whenboth lids are closed, forms a shield for the eyeball. They are attachedto the frontal process of the superior maxilla by the tendo oculi, orligamentum palpebrte mediale, and are unit

RFWG2344–Zygoma word cloud concept

RFD1D9Y2–Human Skull structure

. Cunningham's Text-book of anatomy. Anatomy. 144 OSTEOLOGY. cellular above ; it closes in some of the anterior ethmoidal cells and helps to complete the infundibulum. Where it is smoother it forms a part of the lateral wall of the middle meatus of the nose immediately behind the frontal process of the maxilla, and above the inferior concha. The superior border articulates with the orbital part of the frontal; the anterior edge with the posterior border of the frontal process of the maxilla, with which it completes the lacrimal groove for the lodgment of the lacrimal sac. The inferior margin a Stock Photo

RMPFYCD9–. Cunningham's Text-book of anatomy. Anatomy. 144 OSTEOLOGY. cellular above ; it closes in some of the anterior ethmoidal cells and helps to complete the infundibulum. Where it is smoother it forms a part of the lateral wall of the middle meatus of the nose immediately behind the frontal process of the maxilla, and above the inferior concha. The superior border articulates with the orbital part of the frontal; the anterior edge with the posterior border of the frontal process of the maxilla, with which it completes the lacrimal groove for the lodgment of the lacrimal sac. The inferior margin a

Inferior view of Right Maxilla Stock Photo

RF2KG711G–Inferior view of Right Maxilla

Vintage anatomy print features a side view of the human skull. Stock Photo

RF2A13RM0–Vintage anatomy print features a side view of the human skull.

RFEW9PJR–Lacrimal Sac of a Deer, vintage engraved illustration. Dictionary of Words and Things - Larive and Fleury - 1895

RF2F2H1AG–Sideways or profile view of left side of a human skull cut out on a white background.

RF2RNRF48–Skull, illustration

RF2F72FGC–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ29F–Illustration of Anterior Skull

Archive image from page 180 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( THE MAXILLAEY BONES. 147 or postero - lateral surface is separated above from rounded free edge, which forms the anterior margin Ridge for middle concha Middle meatus Frontal process Anterior nasal spine Palatine process Fig. 158.—The Right Maxilla (Medial Aspect). The infra - temporal the orbital aspect by a of the inferior orbital fissure in the articulated skull. Inferiorlyand an- teriorly it is separated from the anterior surface by the zygomati Stock Photo

RMW9GCJA–Archive image from page 180 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( THE MAXILLAEY BONES. 147 or postero - lateral surface is separated above from rounded free edge, which forms the anterior margin Ridge for middle concha Middle meatus Frontal process Anterior nasal spine Palatine process Fig. 158.—The Right Maxilla (Medial Aspect). The infra - temporal the orbital aspect by a of the inferior orbital fissure in the articulated skull. Inferiorlyand an- teriorly it is separated from the anterior surface by the zygomati

The Dental cosmos . stoid process. of the bone for the antrum of Highmore is first seen about the secondyear after birth. From that time to full development there is a constantchange in the structure ; bone is deposited on the outer surface, andan absorption of the inner, although this absorption is slow, and thewalls do not reach their normal thinness until after maturity. This isimportant when we consider the influence of the lateral pressure of thezygomatic arch on the form of the developing maxilla, owing to theinharmonious development of the frontal and other cranial bones. It will be see Stock Photo

RM2AWH5R2–The Dental cosmos . stoid process. of the bone for the antrum of Highmore is first seen about the secondyear after birth. From that time to full development there is a constantchange in the structure ; bone is deposited on the outer surface, andan absorption of the inner, although this absorption is slow, and thewalls do not reach their normal thinness until after maturity. This isimportant when we consider the influence of the lateral pressure of thezygomatic arch on the form of the developing maxilla, owing to theinharmonious development of the frontal and other cranial bones. It will be see

RFD1D9YB–Human Skull structure

. Cunningham's Text-book of anatomy. Anatomy. 188 OSTEOLOGY. behind the zygomatic process of the frontal bone above; inferiorly it passes through the alveolar process of the maxilla in the interval between the first and second molar teeth. The cranial, orbital, nasal, and maxillary cavities are all ex- posed, together with the roof of the mouth. The anterior cranial fossa is deepest in its centre, where its floor is formed by the cribriform plate of the ethmoid ; this corre- sponds to the level of the zygo- matico-frontal suture laterally. On either side the floor of the fossa bulges upwards, Stock Photo

RMPFYCB3–. Cunningham's Text-book of anatomy. Anatomy. 188 OSTEOLOGY. behind the zygomatic process of the frontal bone above; inferiorly it passes through the alveolar process of the maxilla in the interval between the first and second molar teeth. The cranial, orbital, nasal, and maxillary cavities are all ex- posed, together with the roof of the mouth. The anterior cranial fossa is deepest in its centre, where its floor is formed by the cribriform plate of the ethmoid ; this corre- sponds to the level of the zygo- matico-frontal suture laterally. On either side the floor of the fossa bulges upwards,

Medial view of Right Maxilla Stock Photo

RF2KG70WW–Medial view of Right Maxilla

A multi view of the human skull, showing the bone breakdown. Stock Photo

RF2A13RMA–A multi view of the human skull, showing the bone breakdown.

RF2F2H1AK–Sideways or profile view of left side of a human skull cut out with soft drop shadow on a white background.

RF2RNRF4N–Skull, illustration

RF2F72FHD–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ4PD–Illustration of Anterior Skull

The American encyclopedia and dictionary of ophthalmology Edited by Casey A Wood, assisted by a large staff of collaborators . theorbital cavity, which is pyramidal in shape. The walls of this cavityare formed by no less than seven bones, namely, the superior maxilla,frontal, sphenoid, malar, palate, lachrymal, and ethmoid. The innerwall, which is very thin, separates the orbital cavity from the ethmoidcells and the sphenoid sinus; it is formed by the nasal process of thesuperior maxilla, the internal angular process of the frontal, the osplanum of the ethmoid, the lachrymal bone, and the body Stock Photo

RM2AJMNJY–The American encyclopedia and dictionary of ophthalmology Edited by Casey A Wood, assisted by a large staff of collaborators . theorbital cavity, which is pyramidal in shape. The walls of this cavityare formed by no less than seven bones, namely, the superior maxilla,frontal, sphenoid, malar, palate, lachrymal, and ethmoid. The innerwall, which is very thin, separates the orbital cavity from the ethmoidcells and the sphenoid sinus; it is formed by the nasal process of thesuperior maxilla, the internal angular process of the frontal, the osplanum of the ethmoid, the lachrymal bone, and the body

RFD1D9YE–Human Skull structure

. Cunningham's Text-book of anatomy. Anatomy. 186 OSTEOLOGY. Perpeiii Frontal sinus / Crista galli of ethmoid Cribriform plate of ethmoid Sphenoidal sinus Sella turcica Dorsum sellre of sphenoid The sinus in the orbital process of the palate bone either communicates with the sphenoidal sinus, or else assists in closing in some of the posterior ethmoidal cells. Its communication with the nasal cavity is through one or other of these spaces. The maxillary sinus lies to the lateral side of the nasal cavity, occupying the body of the maxilla. Its walls, which are relatively thin, are directed upwa Stock Photo

RMPFYCB7–. Cunningham's Text-book of anatomy. Anatomy. 186 OSTEOLOGY. Perpeiii Frontal sinus / Crista galli of ethmoid Cribriform plate of ethmoid Sphenoidal sinus Sella turcica Dorsum sellre of sphenoid The sinus in the orbital process of the palate bone either communicates with the sphenoidal sinus, or else assists in closing in some of the posterior ethmoidal cells. Its communication with the nasal cavity is through one or other of these spaces. The maxillary sinus lies to the lateral side of the nasal cavity, occupying the body of the maxilla. Its walls, which are relatively thin, are directed upwa

Lateral view of Right Maxilla Stock Photo

RF2KG70XN–Lateral view of Right Maxilla

Vintage anatomy print features the skull of a human skeleton with each bone labeled. Stock Photo

RF2A13MDR–Vintage anatomy print features the skull of a human skeleton with each bone labeled.

RF2F72FGX–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ4PE–Illustration of Anterior Skull

$War surgery of the faceA treatise on plastic restoration after facial injury by John BRoberts ..Prepared at the suggestion of the subsection on plastic and oral surgery connected with the office of the surgeon generalIllustrated with 256 figures . thing. When the blow is more severe, it may fracture the nasal bones,dislocate them from the ascending process of the maxilla or fromthe nasal spine of the frontal bone, or separate the internasalsuture. These injuries not only drive the bridge of the noseinward and cause flattening or a saddle-like appearance, but the GUNSHOT AND OTHER FRACTURES OF Stock Photo$

RM2AKTD75–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 . thing. When the blow is more severe, it may fracture the nasal bones,dislocate them from the ascending process of the maxilla or fromthe nasal spine of the frontal bone, or separate the internasalsuture. These injuries not only drive the bridge of the noseinward and cause flattening or a saddle-like appearance, but the GUNSHOT AND OTHER FRACTURES OF

RFD1D9YA–Human Skull structure

. Cunningham's Text-book of anatomy. Anatomy. THE MAXILLAEY BONES. 147 or postero - lateral surface is separated above from rounded free edge, which forms the anterior margin Ridge for middle concha Middle meatus Frontal process. Anterior nasal spine Palatine process Fig. 158.—The Right Maxilla (Medial Aspect). The infra - temporal the orbital aspect by a of the inferior orbital fissure in the articulated skull. Inferiorlyand an- teriorly it is separated from the anterior surface by the zygomatic process and its free lower border. Medially it is limited by a sharp, irregular margin with which Stock Photo

RMPFYCCY–. Cunningham's Text-book of anatomy. Anatomy. THE MAXILLAEY BONES. 147 or postero - lateral surface is separated above from rounded free edge, which forms the anterior margin Ridge for middle concha Middle meatus Frontal process. Anterior nasal spine Palatine process Fig. 158.—The Right Maxilla (Medial Aspect). The infra - temporal the orbital aspect by a of the inferior orbital fissure in the articulated skull. Inferiorlyand an- teriorly it is separated from the anterior surface by the zygomatic process and its free lower border. Medially it is limited by a sharp, irregular margin with which

Superior view of Right Maxilla Stock Photo

RF2KG70Y8–Superior view of Right Maxilla

Vintage anatomy print features the skull of a human skeleton. Stock Photo

RF2A13MC8–Vintage anatomy print features the skull of a human skeleton.

RF2F72FG9–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ4PM–Illustration of Anterior Skull

The alligator and its allies . kull figured, isa small bone lying in the eyelid close to the junctionof the frontal and prefrontal. Being unattachedit is usually absent from^ prepared skulls. The jugal or malar (5) is an elongated bone thatforms a part of the lateral border of the head, onthe one hand, and most of the lateral border of theorbit on the other. Anteriorly it articulates withthe maxilla; medially with the lachrymal andprefrontal; posteriorly with the quadratojugal,and ventrally with the transpalatine. With thetranspalatine it sends, in a dorso-medial direction,a process that meets Stock Photo

RM2AN7D6G–The alligator and its allies . kull figured, isa small bone lying in the eyelid close to the junctionof the frontal and prefrontal. Being unattachedit is usually absent from^ prepared skulls. The jugal or malar (5) is an elongated bone thatforms a part of the lateral border of the head, onthe one hand, and most of the lateral border of theorbit on the other. Anteriorly it articulates withthe maxilla; medially with the lachrymal andprefrontal; posteriorly with the quadratojugal,and ventrally with the transpalatine. With thetranspalatine it sends, in a dorso-medial direction,a process that meets

RFD1D9XX–Human Skull structure

RMPFYA9R–. Cunningham's Text-book of anatomy. Anatomy. Fig. 669.—Profile Yizvr of the Bont and Carti- laginous Skeleton of the External Nose. Xasal bone Frontal process of maxilla Lateral cartilage. Fig. 670. -Front View of the Bony and Cartilaginous Skeleton of the External Nob?. CAVTJM NASI. The nasal cavity (Fig. 672) is divided by the nasal septum into a right and a left nasal cavity, which extend from the nostrils in front to the choanae behind, and open, through the choanae, into the nasal part of the pharnyx. Their bony boundaries are described in the section on Osteology (p. 183). On the latera

Anterior view of Right Maxilla Stock Photo

RF2KG7112–Anterior view of Right Maxilla

Vintage anatomy print of the side view of a skull from a human skeleton. Stock Photo

RF2A13MAF–Vintage anatomy print of the side view of a skull from a human skeleton.

RFEECG8H–Human skull.

Lateral view of human skull anatomy with annotations. Stock Photo

RFKE5AA5–Lateral view of human skull anatomy with annotations.

Lateral view of human skull anatomy. Stock Photo

RFKE5AAC–Lateral view of human skull anatomy.

RF2F72FGF–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ2MH–Illustration of Anterior Skull

Applied anatomy and oral surgery for dental students . Fig. lo.—Transverse section of face, showing probe passing from maxillary sinusthrough ostium maxillare and liiatus semilunaris into frontal sinus (Cryer). alveolar process. It presents conic elevations corres-ponding to the apices of the roots of the molar and some-times of the premolar teeth. It may also present partialsepta extending transversely. Complete septa are neverfound in the maxillary sinus. BONES 41 The posterior wall of the maxillary sinus is formed bythe zygomatic plate of the maxilla, which separates itfrom the sphenomaxill Stock Photo

RM2AXBPH6–Applied anatomy and oral surgery for dental students . Fig. lo.—Transverse section of face, showing probe passing from maxillary sinusthrough ostium maxillare and liiatus semilunaris into frontal sinus (Cryer). alveolar process. It presents conic elevations corres-ponding to the apices of the roots of the molar and some-times of the premolar teeth. It may also present partialsepta extending transversely. Complete septa are neverfound in the maxillary sinus. BONES 41 The posterior wall of the maxillary sinus is formed bythe zygomatic plate of the maxilla, which separates itfrom the sphenomaxill

RFD1D9XP–Human Skull structure

. A manual of zoology. . "b.oc S.OC Fig. 299. — LepUS Cuniculus. Skull: A, lateral view; E, ventral view, ang.proc, angular process of mandible; as, ali-sphenoid (external pterygoid process); /> . oc, basi-occipital; b. sph, basi-sphenoid; covd, condyle; fr, frontal; int. pa, inter-parietal; ju, jugal; Icr, lacrymal; max, maxilla; nas, nasal; opt. Jo, optic foramen; 0. sph, orbito-sphenoid; pa, parietal; pal, palatine; pal. max, palatine plate of maxilla; par. oc, par-occipital pro- cess; pal. p. max, palatine process of pre-maxilla; /. max, pre-maxilla; per, periotic; pt, pterygoid; / Stock Photo

RMPG3P1E–. A manual of zoology. . "b.oc S.OC Fig. 299. — LepUS Cuniculus. Skull: A, lateral view; E, ventral view, ang.proc, angular process of mandible; as, ali-sphenoid (external pterygoid process); /> . oc, basi-occipital; b. sph, basi-sphenoid; covd, condyle; fr, frontal; int. pa, inter-parietal; ju, jugal; Icr, lacrymal; max, maxilla; nas, nasal; opt. Jo, optic foramen; 0. sph, orbito-sphenoid; pa, parietal; pal, palatine; pal. max, palatine plate of maxilla; par. oc, par-occipital pro- cess; pal. p. max, palatine process of pre-maxilla; /. max, pre-maxilla; per, periotic; pt, pterygoid; /

Right view of Right Zygomatic Bone Stock Photo

RF2KG70Y0–Right view of Right Zygomatic Bone

Anterior view of human skull anatomy. Stock Photo

RFKE5A9W–Anterior view of human skull anatomy.

RF2F72FK8–Human Skeleton Xiphoid process Anatomy 3D Illustration

Anterior view of human skull anatomy with annotations. Stock Photo

RFKE5A9P–Anterior view of human skull anatomy with annotations.

RMHRJ4PH–Illustration of Anterior Skull

Lateral larynx and skeletal anatomy with mid-sagittal larynx view. Stock Photo

RFKE5AB8–Lateral larynx and skeletal anatomy with mid-sagittal larynx view.

Transactions . ity. In presenting these two cases of frontal sinus disease, I wouldask you to bear in mind that such cases come under the observa-tion of the ophthalmologist when the orbit has been invaded andthe disease has reached an advanced stage. The Killian opera-tion was performed. In both, the anterior wall of the frontalsinus, the whole roof of the orbit, and the nasal process of thesuperior maxilla were removed; drainage was established intothe nose at the time of operation through the naso-frontal duct.The wounds were closed by sutures. Healing by first intentionwas obtained within Stock Photo

RM2AKNPP5–Transactions . ity. In presenting these two cases of frontal sinus disease, I wouldask you to bear in mind that such cases come under the observa-tion of the ophthalmologist when the orbit has been invaded andthe disease has reached an advanced stage. The Killian opera-tion was performed. In both, the anterior wall of the frontalsinus, the whole roof of the orbit, and the nasal process of thesuperior maxilla were removed; drainage was established intothe nose at the time of operation through the naso-frontal duct.The wounds were closed by sutures. Healing by first intentionwas obtained within

Human skull transversal cross-section, top view on black background. Stock Photo

RF2A14MBE–Human skull transversal cross-section, top view on black background.

. A manual of zoology. r *% lt , i.o.s wfr p n.etlh I ''i. S.0.71 €LTb -,. 270. — Columba livia. Skull of young specimen. A, dorsal; B, ventral; C, left side. al. s, alisphenoid; a?i, angular; ar, articular; b o, basi-occipital; d. dentary; e. 0, ex-occipital; en, aperture of Eustachian tube;/", m, foramen magnum; fr, frontal; /. o. s, inter-nrbital septum; j?t, jugal; tc, lachrymal; lb. s, lambdoidal suture; m. eth, mesethmoid; ntxt maxilla; mx.p, maxillo-palatine process; na, na', na", nasal; o. c, occipital condyle; or. fr, orbital plate ot frontal; pa, parietal; pa. s, parasp Stock Photo

RMPG3YDT–. A manual of zoology. r *% lt , i.o.s wfr p n.etlh I ''i. S.0.71 €LTb -,. 270. — Columba livia. Skull of young specimen. A, dorsal; B, ventral; C, left side. al. s, alisphenoid; a?i, angular; ar, articular; b o, basi-occipital; d. dentary; e. 0, ex-occipital; en, aperture of Eustachian tube;/", m, foramen magnum; fr, frontal; /. o. s, inter-nrbital septum; j?t, jugal; tc, lachrymal; lb. s, lambdoidal suture; m. eth, mesethmoid; ntxt maxilla; mx.p, maxillo-palatine process; na, na', na", nasal; o. c, occipital condyle; or. fr, orbital plate ot frontal; pa, parietal; pa. s, parasp

Superior view of Right Zygomatic Bone Stock Photo

RF2KG710P–Superior view of Right Zygomatic Bone

RF2F72FGP–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ4PJ–Illustration of Anterior Skull

Surgical treatment; a practical treatise on the therapy of surgical diseases for the use of practitioners and students of surgery . Fig. 864.—Nasal Approach to Frontal Sinus. The anterior end of the middle turbinate has been removed, and the forceps are cutting away the anterior ethmoidal cells. outer margins of the orbit inward along the upper margin to the root of thenose, lying wholly in the area of the eyebrow. The incision then passesdownward upon the nasal process of the superior maxilla, following themargin of the orbit, and curves outward to end below the inner canthus. Fig. 865.—Nasal Stock Photo

RM2AJCPB8–Surgical treatment; a practical treatise on the therapy of surgical diseases for the use of practitioners and students of surgery . Fig. 864.—Nasal Approach to Frontal Sinus. The anterior end of the middle turbinate has been removed, and the forceps are cutting away the anterior ethmoidal cells. outer margins of the orbit inward along the upper margin to the root of thenose, lying wholly in the area of the eyebrow. The incision then passesdownward upon the nasal process of the superior maxilla, following themargin of the orbit, and curves outward to end below the inner canthus. Fig. 865.—Nasal

Human skull transversal cross-section, top view on white background. Stock Photo

RF2A14MB9–Human skull transversal cross-section, top view on white background.

Posterior view of Right Zygomatic Bone Stock Photo

RF2KG70XG–Posterior view of Right Zygomatic Bone

RF2F72FKB–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ26T–Illustration of Human Skull

. Manual of operative surgery. floor of the sinus, leaving the orbital margin intact for cosmetic reasons.Step 6.—Resect the frontal process of the superior maxilla and the rest ofthe floor of the sinus. Step 7.—Resect the anterior and middle ethmoidal cells and the respectiveparts of the middle turbinal. These structures are always affected. Step 8.—Close the wound after providing for drainage by a rubber tube.The extensive removal of the floor of the sinus and consequent opening of theorbit cannot be without danger. The inevitable entrance of pyogenic organismsinto the non-resistant fatty ti Stock Photo

RM2AG6AMD–. Manual of operative surgery. floor of the sinus, leaving the orbital margin intact for cosmetic reasons.Step 6.—Resect the frontal process of the superior maxilla and the rest ofthe floor of the sinus. Step 7.—Resect the anterior and middle ethmoidal cells and the respectiveparts of the middle turbinal. These structures are always affected. Step 8.—Close the wound after providing for drainage by a rubber tube.The extensive removal of the floor of the sinus and consequent opening of theorbit cannot be without danger. The inevitable entrance of pyogenic organismsinto the non-resistant fatty ti

Human skull transversal cross-section and bottom view, Stock Photo

RF2A14MA1–Human skull transversal cross-section and bottom view,

Anterior view of Right Zygomatic Bone Stock Photo

RF2KG7118–Anterior view of Right Zygomatic Bone

RF2F72FHE–Human Skeleton Xiphoid process Anatomy 3D Illustration

RMHRJ2JB–Illustration of Human Skull

RM2AN7C90–The alligator and its allies . kull figured, isa small bone lying in the eyelid close to the junctionof the frontal and prefrontal. Being unattachedit is usually absent from^ prepared skulls. The jugal or malar (5) is an elongated bone thatforms a part of the lateral border of the head, onthe one hand, and most of the lateral border of theorbit on the other. Anteriorly it articulates withthe maxilla; medially with the lachrymal andprefrontal; posteriorly with the quadratojugal,and ventrally with the transpalatine. With thetranspalatine it sends, in a dorso-medial direction,a process that meets

RF2A14M9J–Human skull transversal cross-section and bottom view,

Inferior view of Right Zygomatic Bone Stock Photo

RF2KG70WK–Inferior view of Right Zygomatic Bone

Human Skeleton Vertebral Column Cervical Vertebrae Anatomy 3D Illustration Stock Photo

RF2F72FKK–Human Skeleton Vertebral Column Cervical Vertebrae Anatomy 3D Illustration

RMHRJ4A8–Illustration of Human Skull

Applied anatomy and oral surgery for dental students . Fig. 5.—Side view of skull (Sobotta and McMurrich). the zygoma, the maxilla, the teeth, and the anteriorportion of the mandible, with the mental process infront. The three most prominent foramina seen arethe supra-orbital in the frontal bone, the infra-orbitalin the maxilla, and the mental in the mandible. Thesethree foramina are in a vertical straight line. Lateral View.—The lateral aspect of the skull (Fig.5) presents the mastoid process, the external auditory BONES 29 meatus, the auditory process, the glenoid fossa, thezygomatic arch, t Stock Photo

RM2AXBT10–Applied anatomy and oral surgery for dental students . Fig. 5.—Side view of skull (Sobotta and McMurrich). the zygoma, the maxilla, the teeth, and the anteriorportion of the mandible, with the mental process infront. The three most prominent foramina seen arethe supra-orbital in the frontal bone, the infra-orbitalin the maxilla, and the mental in the mandible. Thesethree foramina are in a vertical straight line. Lateral View.—The lateral aspect of the skull (Fig.5) presents the mastoid process, the external auditory BONES 29 meatus, the auditory process, the glenoid fossa, thezygomatic arch, t

Human skull viewed from the front, on black background. Stock Photo

RF2A14MB3–Human skull viewed from the front, on black background.

Left view of Right Zygomatic Bone Stock Photo

RF2KG70X3–Left view of Right Zygomatic Bone

RF2M40YCA–Maxillary Bone

Anterior view of Right Palatine Bone Stock Photo

RF2KG7114–Anterior view of Right Palatine Bone

RF2F72FKF–Human Skeleton Vertebral Column Cervical Vertebrae Anatomy 3D Illustration

RMHRJ4A6–Illustration of Human Skull

$A manual of anatomy . Incisive canal Maxillary sinus Pterygopalatine groovePa/ate process Lachrymal borderLachrymal notch Tuberosity orbital surfc of maxttlaInfraorbital groove infratemporalsurfaceAlveolar foramina -•- Zygomatic process Frontal process (anterior lachrymal crest.). Fig. 38.—The right maxilla seen from themedial surface. {Sobotla and McMurrich.) Fig. 39.—The right maxilla seen fromthe lateral surface. {^Sobotta and Mc-Murrich.) that extends beyond the last molar tooth is called the maxillarytuberosity {tuber maxillare). The nasalj or medial surface (fades nasalis) forms a part Stock Photo$

RM2AXJJWT–A manual of anatomy . Incisive canal Maxillary sinus Pterygopalatine groovePa/ate process Lachrymal borderLachrymal notch Tuberosity orbital surfc of maxttlaInfraorbital groove infratemporalsurfaceAlveolar foramina -•- Zygomatic process Frontal process (anterior lachrymal crest.). Fig. 38.—The right maxilla seen from themedial surface. {Sobotla and McMurrich.) Fig. 39.—The right maxilla seen fromthe lateral surface. {^Sobotta and Mc-Murrich.) that extends beyond the last molar tooth is called the maxillarytuberosity {tuber maxillare). The nasalj or medial surface (fades nasalis) forms a part