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Department of Neuroscience: Human Structure Module
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  9. Bones and Cartilages of the Head and Neck

Bones and Cartilages of the Head and Neck

Listed Alphabetically

Bone/CartilageStructureDescriptionNotes
arytenoid cartilagea pyramid shaped cartilage located on the superior margin of the cricoid laminapaired; each is connected to the epiglottis above via the aryepiglottic m. and to the thyroid cartilage anteriorly via the vocal ligament; paired arytenoid cartilages are pulled together (adducted) by the arytenoid m.
corniculate cartilagea small cartilage located on the apex of the arytenoid cartilage corniculate cartilage is found in the base of the aryepiglottic fold; it
is yellow elastic cartilage
cricoid cartilagethe inferior & posterior cartilage of the larynx; it forms a complete cartilaginous
ring; its arch projects anteriorly and its lamina is broad and flat posteriorly
connected: above to the thyroid cartilage via the inferior horn of the thyroid
cartilage, to the conus elasticus, to the arytenoid cartilages which sit atop
the lamina; connected below to the first tracheal ring via the cricotracheal
ligament
cuneiform cartilage small cartilaginous nodule located in the aryepiglottic foldcuneiform cartilage is yellow elastic cartilage
epiglottisthe superior part of the larynxepiglottic cartilage is covered by a mucous membrane
ethmoiddelicate bone located between the two orbitshighly pneumatized bone that contains the ethmoid air cells; forms the fragile
medial wall of the orbit
cribriform plateperforated portion of ethmoid bone on either side of the crista galliperforated for passage of the olfactory nerves
crista gallisuperior midline projection of the ethmoid bone into the anterior cranial
fossa; it arises between the cribriform plates
"cock's comb"; anterior anchor point of the falx cerebri
perpendicular platemidline process projecting inferiorly into the nasal cavityforms the superior part of the bony nasal septum
superior nasal conchamedial projection of the ethmoid bone from the superolateral wall of the
nasal cavity
forms the superior nasal meatus below it and the sphenoethmoidal recess
above it
middle nasal conchaportion of the ethmoid bone that projects inferomedially from the lateral
wall of the nasal cavity
forms the superior nasal meatus above it and the middle nasal meatus (which
overlies the bulla ethmoidalis and hiatus semilunaris) below it
bulla ethmoidalisrounded elevation on the lateral wall of the nasal cavitylocated under cover of the middle nasal concha; middle ethmoidal air cells
drain at its apex
ethmoidal air cellspneumatized spaces (3-18 in number) within the ethmoid bone; located between
the orbits
three groups may be identified: anterior (drain into the hiatus semilunaris
in the middle nasal meatus), middle (drain onto the apex of the bulla ethmoidalis
in the middle nasal meatus), posterior (drain into the superior nasal meatus)
ethmoidal foramen, anterioropening in the medial wall of the orbittransmits anterior ethmoidal vessels and nerve
ethmoidal foramen, posterioropening in the medial wall of the orbittransmits posterior ethmoidal vessels and nerve
hiatus semilunarisgroove in the ethmoid portion of the lateral nasal wall between the uncinate
process below and bulla ethmoidalis above
receives the frontonasal duct anterosuperiorly, opening of the maxillary
sinus posteroinferiorly, and the openings of the anterior ethmoidal air cells
in between
frontalthe anterior bone of the skull which underlies the foreheadarticulates with the parietal bone posteriorly; zygomatic, ethmoid and sphenoid
bones inferiorly; maxilla, nasal and lacrimal bones anteriorly; it is formed
from two ossifications centers which normally fuse in the midline - if they
do not fuse, a midline "metopic suture" is the result
orbital plateflat portion of frontal that forms the roof of the orbita very thin portion of the frontal bone which is like an egg shell in thickness
foramen cecumopening near the anterior end of the crista gallitransmits an emissary vein which may result in transfer of infectious materials
from the nasal cavity to the cranial cavity with resulting meningitis
frontal sinuspneumatized space in the frontal boneusually paired; each drains through the frontonasal duct into the uppermost
part of the hiatus semilunaris in the middle nasal meatus
superior orbital marginarch of bone above the orbital openingskin over this region is supplied by branches of the frontal nerve (supraorbital
and supratrochlear nn.)
superciliary archthe ridge of bone above the orbital marginlocated deep to the eyebrow, blunt trauma to this region often results in
cuts within the eyebrow
glabellamidline point between the paired superciliary arches
supraorbital notchnotch in the superior orbital marginoccasionally present as a foramen; opening for the passage of the for supraorbital
neurovascular bundle
hyoida "U"-shaped bone consisting of several parts: body, 2 greater horns, 2
lesser horns
the hyoid bone ossifies completely in middle life; the body articulates
with the greater horns via cartilage and with the lesser horns via fibrous
joints prior to ossification; an important site for muscle attachments (suprahyoid
and infrahyoid muscle groups)
bodythe middle portion of the "U"-shaped bonethe body of the hyoid bone articulates with the greater horns posteriorly
greater horn (cornu)posteriorly directed limbs of the "U"-shaped boneeach greater horn articulates with the body and lesser horns anteriorly;
origin of middle pharyngeal constrictor m. and hyoglossus m.
lesser horn (cornu)articulates with the greater horn at its junction with the bodythe inferior end of the stylohyoid ligament attaches to the lesser horn
inferior nasal conchaa separate bone on the lateral wall of the nasal cavityit articulates with the maxilla; forms the inferior nasal meatus below it
and the middle nasal meatus above it
lacrimalsmall bone forming part of the medial wall of the orbitarticulates: anteriorly with frontal process of maxilla, superiorly with
frontal bone, posteriorly with ethmoid, inferiorly with orbital process of
maxilla; forms part of the canal for the nasolacrimal duct
mandiblethe U-shaped bone forming the lower jawcontains the inferior teeth; formed from the mesenchyme of the 1st pharyngeal
arch, and its muscles are innervated by the nerve of the 1st arch (mandibular
division of cranial nerve V)
bodythe anterior part of the mandiblepaired halves are fused in the midline at the symphysis menti
symphysis mentithe midline symphysis between the two halves of the mandiblethe two halves of the mandible fuse during the first postnatal year
mental protuberancethe projection on the anterior midline of the mandiblethe bone of the chin; mental means relating to the mind, a reference to
the act of resting the chin on the hand while thinking (see the sculpture by
Rodin: "The Thinker")
mental spines (genial tubercles)the spines on the inner surface of the mandible posterior to the mental
protuberance
attachment site for the genioglossus and geniohyoid mm.
mylohyoid linethe ridge running obliquely from posterosuperior to anteroinferior on the
medial surface of the body of the mandible
attachment site for the mylohyoid muscle; the submandibular gland is located
inferior to this line and the sublingual gland is located superior to this
line
mental foramenthe opening on the anterior surface of the body of the mandible inferior
to the premolar teeth
transmits the mental neurovascular bundle; covered superficially by the
depressor anguli oris and depressor labii inferioris mm.
ramusthe angled portion of the mandible that joins the posterior portion of the
body
it rises nearly vertically from the body; the chondyloid process and the
coronoid process extend from the superior end of the ramus; the mandibular
foramen is located on the medial surface of the ramus; the medial pterygoid
m. attaches to the medial surface and the masseter m. attaches to the lateral
surface of the ramus
anglethe posteroinferior bend formed by the union of the body and the ramus
mandibular foramenthe opening on the medial surface of the ramusit is the opening into the mandibular canal; it transmits the inferior alveolar
neurovascular bundle
mandibular canalthe canal that runs through the body of the mandibleit transmits the inferior alveolar neurovascular bundle from the infratemporal
fossa to the mandibular teeth and gingivae
lingulathe projection of bone medial to the mandibular foramenit is the attachment site of the inferior end of the sphenomandibular ligament
coronoid processthe process that projects anterosuperiorly from the ramus of the mandibleit is the attachment site of the temporalis m.
condylar processthe rounded process that projects posterosuperiorly from the ramus of the
mandible
it articulates with the mandibular fossa of the temporal bone
mandibular notchthe notch between the coronoid and condylar processesit transmits the masseteric neurovascular bundle from the infratemporal
fossa to the deep surface of the masseter m.
mandibular neckthe constriction below the articular chondyle on the chondylar process of
the mandible
part of the lateral pterygoid m. inserts into the pterygoid fossa of the
mandibular neck
pterygoid fossa of the necka shallow depression on the anterior surface of the neck of the mandiblepart of the lateral pterygoid m. inserts into the pterygoid fossa of the
mandibular neck
maxillabone forming the midfaceit forms the inferior orbital margin and contains the teeth and maxillary
sinus
frontal processthe part of the maxilla that projects superiorly medial to the orbitit articulates with the nasal bone, the frontal bone and the lacrimal bone;
it forms part of medial orbital wall & margin; it forms the anterior part of
the canal for the nasolacrimal duct
orbital processthe part of the maxilla that forms the floor of the orbitalso known as the orbital surface of the maxilla; it contains the infraorbital
groove and canal; it forms the roof of the maxillary sinus
zygomatic processthe lateral projection of the maxillait articulates with the zygomatic bone
infraorbital groovegroove in orbital process of the maxilla located in the posterior part of
the orbit
transmits the infraorbital neurovascular bundle from the infraorbital fissure
to the infraorbital canal
infraorbital canalcanal in orbital process of the maxilla located in the anterior part of
the orbit
the direct continuation of the infraorbital groove; transmits the infraorbital
neurovascular bundle from the infraorbital groove to the infraorbital foramen
infraorbital foramenopening at the anterior end of the infraorbital canal located inferior to
the orbit
it transmits the infraorbital neurovascular bundle
alveolar process"U"-shaped process of bone that holds the maxillary teethcontains sockets (alveoli) for the roots of the maxillary teeth
maxillary tuberositythe roughened posterior aspect of the body of the maxillathe posterior superior alveolar nn. Enter the maxilla directly superior
to this structure
anterior nasal spineanterior projection of bone in the midline, inferior to the anterior nasal
aperture
the cartilaginous part of the nasal septum sits atop this structure
maxillary sinuspneumatized hollow center of the body of the maxillapaired; each maxillary sinus drains through the hiatus semilunaris into
the middle nasal meatus
palatine processshelf of bone that projects horizontally to meet at the midline in the intermaxillary
suture
paired; together, they form the roof of the oral cavity (hard palate) and
the floor of the nasal cavity
incisive foramenopening in the midline, posterior to the maxillary incisor teethit transmits the terminal branches of the nasopalatine nn. & sphenopalatine
aa.; it marks the point of union during development of the primary and secondary
palate
nasalthin bone that forms part of the bridge of the nosearticulates with the frontal bone superiorly, the frontal process of the
maxilla laterally and the contralateral nasal bone medially
occipitalthe bone forming the posterior surface of the skullit articulates superolaterally with the parietal bones through the lambdoid
suture, anteroinferiorly with the temporal bone and anteriorly with the body
of the sphenoid bone
pharyngeal tubercleprojection located anterior to the foramen magnumattachment site for the superior pharyngeal constrictor m.
squamous partthe flat, thin portion of the occipital bone located posterior to the foramen
magnum
it articulates with the petrous part of the temporal bone anteroinferiorly
and the parietal bones superolaterally at the lambdoid suture
external occipital protuberancea projection on the external surface of the squamous part of the occipital
bone in the midline
it is the attachment site of the ligamentum nuchae and the trapezius m.;
its highest point is called the inion
inferior nuchal linea low ridge that runs transversely on the external surface of the squamous
part of the occipital bone inferior to the superior nuchal line
it is an attachment site for deep neck muscles
superior nuchal linea low ridge that runs transversely on the external surface of the squamous
part of the occipital bone
it is the attachment is the for the trapezius and splenius mm.
foramen magnumthe opening in the occipital bone posterior to the basal partit transmits the spinal cord, two vertebral aa., and two spinal accessory
nerves
basal partthe portion of the occipital bone located anterior to the foramen magnumit articulates with the body of the sphenoid bone
lateral partthe portion of the occipital bone located lateral to the foramen magnumpaired; it is pierced by the hypoglossal canal and the condylar canal
hypoglossal canalan opening in the lateral part of the occipital bonepaired; it transmits the hypoglossal nerve
condylar canalan opening in the lateral part of the occipital bonepaired; it transmits the condylar emissary vein
occipital condylea low, wide projection from the inferior surface of the lateral part of
the occipital bone
paired; it articulates with the atlas
jugular notcha notch located on the anterolateral edge of the lateral part of the occipital
bone
it forms the posterior margin of the jugular foramen; the temporal bone
forms the anterior margin of the jugular foramen
ossiclesa chain of three bones in the tympanic cavity (middle ear) connecting the
tympanic membrane to the oval window; arranged from lateral to medial: malleus,
incus, stapes
the ossicles are joined by synovial articulations that may become arthritic
in old age, resulting in conductive deafness
incusthe middle ossicle of the middle eararticulates with the head of the malleus and the head of the stapes; incus
means "anvil"
malleusthe lateral ossicle of the middle earthe manubrium is attached by its handle to the inner surface of the tympanic
membrane at the umbo; its head articulates with the incus; malleus means "hammer"
stapesthe medial ossicle of the middle earit articulates with the long process of the incus and its base fills the
fenestra vestibuli (oval window); stapes means "stirrup"
palatinethe bone that forms the posterior part of the hard palatepaired; failure of the perpendicular plates to fuse during development leads
to a midline defect (cleft palate)
perpendicular platethe vertical portion of the palatine bone located posteriorly on either
side of the nasal cavity
it articulates anteriorly with the maxilla; posteriorly it forms the medial
wall of the pterygopalatine fossa and the lateral wall of the nasal cavity;
its posterior edge contributes to 1/2 of the sphenopalatine foramen
sphenopalatine notcha notch at the posterosuperior margin of the perpendicular plate of the
palatine bone
along with the sphenoid bone it forms the sphenopalatine foramen
sphenopalatine foramenan opening in the lateral wall of the nasal cavity formed by the perpendicular
plate of the palatine bone and the body of the sphenoid bone
it transmits the nasopalatine nerve and the sphenopalatine vessels
orbital processa small, superior projection from the perpendicular plate of the palatine
bone
it forms a small part of the floor of the orbit located posteroinferiorly
near the apex
horizontal platethe portion of the palatine bone that forms the posterior 1/3 of the hard
palate
paired; the two horizontal plates meet at the midline
greater palatine foramenan opening in the hard palate located medial to the 3rd maxillary molar
tooth
it transmits the greater palatine neurovascular bundle; it is an important
site for oral anesthesia
lesser palatine foramenan opening in the hard palate located posterior to the greater palatine
foramen
there may be more than one; it transmits the lesser palatine n. and vessels
parietala broad, flat bone forming the lateral surface of the skullpaired; this bone articulates with the contralateral parietal bone in the
midline at the sagittal suture; it articulates anteriorly with frontal bone
at coronal suture; it articulates posteriorly with the occipital bone at the
lambdoid suture; it articulates inferiorly with the greater wing of the sphenoid
bone at the pterion, the squamous part of the temporal bone at the squamous
suture and the mastoid part of the temporal bone at the parietomastoid suture
inferior temporal linean arching ridge on the external surface of the parietal boneit is an attachment site for the temporalis muscle
superior temporal linean arching ridge on the external surface of the parietal boneit is an attachment site for the temporalis muscle and the temporal fascia
parietal foramenan opening in the parietal bone located near the sagittal sutureit transmits the parietal emissary vein, a valveless vein which connects
the scalp to the cranial cavity
granular foveolaesmall pits located on the inner table of the parietal bonefor the arachnoid granulations
thyroid cartilagethe large anterior cartilage of the larynx; it has several parts: laminae
(2), superior horns (2), inferior horns (2), oblique line, superior thyroid
notch,
connected above to the hyoid bone via the thyrohyoid membrane; connected
below to the cricoid cartilage via the inferior horn of the thyroid cartilage;
connected posteriorly: to the arytenoid cartilage via the vocal ligament and
thyroarytenoid m., to the epiglottic cartilage via the thyroepiglottic ligament;
it tilts anteriorly to increase the length of the vocal ligament and raise
the pitch of the voice
laminaa broad flat plate of cartilage forming one side of the thyroid cartilage;
two laminae fuse anteriorly in the midline to form the thyroid cartilage
the laryngeal prominence is the line of fusion of the two laminae; each
lamina is connected superiorly to the hyoid bone by the thyrohyoid membrane
superior hornthe rounded, superior projection of the posterior border of the thyroid
lamina
it is connected superiorly to the greater horn of the hyoid bone by the
lateral thyrohyoid ligament
inferior hornthe rounded, inferior projection of the posterior border of the thyroid
lamina
it is connected inferiorly to the cricoid cartilage by the cricothyroid
articulation (a synovial joint)
oblique lineridge which descends diagonally from superior to inferior on the lateral
surface of the thyroid lamina
a line of muscle attachment
laryngeal prominencethe line of fusion of the thyroid laminaeknown to the lay person as the "Adam's apple"; the laryngeal prominence
is a secondary sexual characteristic - in postpuberal males the angle of the
laryngeal prominence is approximately 90¡ and in females the angle is approximately
120¡
superior thyroid notchthe notch at the superior end of the laryngeal prominenceit is connected to the hyoid bone by the median thyrohyoid ligament
sphenoidan irregularly shaped bone forming the central portion of the skullit has many parts, including a body, greater wing, lesser wing and pterygoid
plates
bodycentral part of the sphenoid bonecontains the sphenoid sinuses; attachment point for the wings and pterygoid
plates
sphenoid sinusespneumatized spaces within the body of the sphenoid boneusually paired; it drains into the sphenoethmoidal recess of the nasal cavity
jugumthe anterior-most portion of the sphenoid bonearticulates with the cribriform plate of the ethmoid bone
chiasmatic sulcusthe groove for the optic chiasmlocated between the jugum & the tuberculum sellae
optic canalcanal located at the lateral end of the chiasmatic sulcus and medial to
the anterior clinoid process
paired; it transmits the optic nerve and the ophthalmic artery from the
cranial cavity to the apex of the orbit
tuberculum sellaethe anterior limit of the sella turcicathe middle clinoid processes project from its lateral ends
sella turcicadepression on the superior surface of the body of the sphenoid bone"Turkish saddle"; roughly equivalent to the hypophyseal fossa; area between
the tuberculum sellae and the posterior clinoid processes
anterior clinoid processprojection at the medial end of the lesser wing of the sphenoid bonethe internal carotid artery passes medial to this structure
lesser wing of the sphenoidthin rim of bone projecting laterally from the anterior clinoid processbilateral; it forms the posterior margin of anterior cranial fossa; it articulates
anteriorly with the orbital plate of the frontal bone
greater wing of the sphenoidbroad plate of bone swinging laterally from the body of the sphenoid bonebilateral; it forms the medial part of the floor of the middle cranial fossa,
part of temporal fossae laterally, and the posterior part of the lateral wall
of orbit; it articulates anteriorly with the zygomatic bone, superiorly with
the frontal & parietal bones (at the pterion), posteriorly with the squamous
& petrous portions of the temporal bone
superior orbital fissureslit-like opening between the lesser & greater wings of the sphenoid boneit transmits the oculomotor nerve, the trochlear nerve, the abducens nerve,
branches of ophthalmic division of the trigeminal nerve, the superior ophthalmic
vein and lymphatics from the cranial cavity into the orbit
foramen rotundumopening in the floor of the middle cranial fossa through the greater wing
of the sphenoid bone
it transmits the maxillary division of the trigeminal nerve
foramen ovaleopening in the floor of the middle cranial fossa through the greater wing
of the sphenoid bone
it transmits the mandibular division of the trigeminal nerve; it is located
between the foramen rotundum and the foramen spinosum
foramen spinosumopening in the floor of the middle cranial fossa through the greater wing
of the sphenoid bone
it transmits the middle meningeal artery and the meningeal br. of the mandibular
division of the trigeminal nerve (cranial nerve V)
spine of the sphenoidprocess of bone that projects inferiorly from undersurface of greater wing
of the sphenoid
it is the superior attachment for the sphenomandibular ligament
pterygoid processprocess that projects inferiorly from the junction of the body & greater
wing of the sphenoid bone
it has several parts: lateral & medial pterygoid plates, hamulus, pterygoid
fossa, scaphoid fossa; the pterygoid plates are separated by the large pterygoid
fossa throughout most of their length, and by the small scaphoid fossa superiorly
lateral pterygoid platethin plate of bone that projects posterolaterally from the pterygoid processit is the attachment site of the lateral & medial pterygoid muscles (lateral
pterygoid m. on its lateral surface, medial pterygoid m. on its medial surface)
medial pterygoid platethin plate of bone that projects posteriorly from the pterygoid process it is the attachment of the superior pharyngeal constrictor m. & the pharygobasilar
fascia
scaphoid fossaan oval depression at the superior end of the lateral pterygoid plateit is the site of origin of the tensor veli palatini m.
pterygoid hamulushook-like projection from the inferior end of the medial pterygoid plateit acts as a pulley for the tendon of the tensor veli palatini m.
pterygoid canalcanal that occurs at the junction of the greater wing, the pterygoid process
and the body of the sphenoid bone
it transmits the nerve of the pterygoid canal from the pterygoid region
to the pterygopalatine fossa
temporalbone forming the lateral side of the skulltemporal refers the passage of time, which is marked by the appearance
of gray hair on the side of the head
petrous partthe hard part of the temporal bone located in the floor of the cranial cavityit contains the tympanic cavity (middle ear) and the bony labyrinth of the
inner ear
internal acoustic meatusthe opening on the posteromedial surface of the petrous part of the temporal
bone
it transmits the facial n., the vestibulocochlear n., and the labyrinthine
a.
facial canala canal which courses through the petrous part of the temporal boneit transmits the facial n. from the internal acoustic meatus to the stylomastoid
foramen
carotid canala canal which courses through the petrous part of the temporal boneit transmits the internal carotid a. and the internal carotid plexus of
nerves into the cranial cavity
mastoid processthe process located posteroinferior to the external acoustic meatusit projects inferiorly from the junction of the petrous and squamous parts
of the temporal bone; it contains the mastoid air cells that open into tympanic
cavity through the mastoid antrum
tegmen tympanithin plate of bone forming the roof of the tympanic cavitylocated on the floor of the middle cranial fossa
jugular fossaa depression on the posterior surface of the petrous part of the temporal
bone
it forms the anterior margin of the jugular foramen; the occipital bone
forms the posterior margin of the jugular foramen
styloid processthe spike of bone that projects inferiorly from the petrous part of the
temporal bone
it is the attachment site for the stylohyoid, styloglossus and stylopharyngeus
mm. and the stylomandibular and stylohyoid ligaments
tympanic partthe part of the temporal bone consisting of the external acoustic meatus
and the tympanic ring
the medial 1/3 of the external acoustic meatus is bony and the lateral 2/3
is formed by cartilage
external acoustic meatusthe opening in the lateral surface of the temporal boneit extends medially from the surface to the tympanic membrane; it allows
sound to reach the tympanic membrane; the medial 1/3 of the external acoustic
meatus is bony and the lateral 2/3 is formed by cartilage
tympanic ringthe rim of bone surrounding the medial end of the external acoustic meatusit is the attachment site of the tympanic membrane
squamous partthe thin flat portion of the temporal bone that constitutes the side of
the skull above the ear
it articulates with the parietal bone and the greater wing of the sphenoid
bone at the squamous suture
zygomatic processthe projection of bone that arises anterior to the external acoustic meatusit articulates with the temporal process of the zygomatic bone to form the
zygomatic arch
mandibular fossathe depression located medial to the origin of the zygomatic processit articulates with the condylar process of the mandible
articular tuberclean inferior projection located anterior to the mandibular fossadislocations of the temporomandibular joint result when the mandibular condyle
slides anterior to this structure
vomerthin plate of bone forming the posteroinferior part of the nasal septumarticulates superiorly with the perpendicular plate of the ethmoid bone
and the body of the sphenoid bone; articulates inferiorly with the palatine
processes of the maxilla and the horizontal plate of the palatine bone
wormian bonesmall irregular bone that occurs between sutures of the skullwormian bones are variable in occurrence and are especially common at the
junction of the squamous suture and the lambdoid suture
zygomaticthe bone that forms the cheekthe zygomatic bone is frequently fractured in blows to the side of the orbit;
the temporal fascia attaches to the zygomatic arch
temporal processthe portion of the zygomatic bone that projects posteriorlyit articulates with the zygomatic process of the temporal bone to form the
zygomatic arch
frontal processthe portion of the zygomatic bone that projects superiorly and mediallyit forms the inferior part of the lateral orbital margin and the anteroinferior
part of the lateral orbital wall; it articulates with the frontal bone anteriorly
and the greater wing of the sphenoid bone posteriorly
maxillary processthe part of the zygomatic bone that projects mediallyit forms the lateral part of the inferior orbital margin and the anterolateral
part of the orbital floor; it articulates with the maxilla
zygomaticofacial foramena small opening on the lateral surface of the zygomatic boneit transmits the zygomaticofacial n.
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