Joints / Ligaments / Fascias / Sinuses Flashcards
This function of this ligament is to provide attachment for cervical muscles
ligamentum nuchae
The function of this ligament is to maintain articulation between the dens and anterior arch of the atlas
transverse (cruciate) of atlas
the function of this structure is to support the atlanto-occipital and atlanto-axial joints
tectorial membrane
the function of this ligament is to limit the rotation of the median atlanto-axial joint
alar (check)
The function of this structure is to support the atlanto-occipital joint and to help limit extension of the head
anterior atlanto-occipital membrane
the function of this structure, which extends from the posterior arch of the atlas to the occipital bone, is to support the atlanto-occipital joint
posterior atlanto-occipital membrane
this ligament attaches from C7 spinous proces to the external occipital protuberance and has slips to intervening spinous processes
ligamentum nuchae
this ligament extends from the anterior arch of the atlas to the adjacent occipital bone
anterior atlanto-occipital membrane
this ligament extends from the posterior surface of the axial body to the anterior margin of the foramen magnum
tectorial membrane
this ligament extends from the dens to the medial aspect of the occipital condyles
alar (check)
this ligament extends from lateral mass to lateral mass of the atlas
transverse (cruciate) of atlas
the function of this ligament is:
to support the TMJ joint capsule in maintaining articulation
and
to help limit depression & retraction
lateral temporomandibular
this ligament extends from the pterygoid hamulus to the posterior mylohyoid line
pterygomandibular raphe
this ligament extends from the apex of styloid process to lesser cornu of hyoid
stylohyoid
this ligament extends from the zygomatic process of temporal bone to mandibular neck
lateral temporomandibular
this ligament extends from apex of styloid process to angle of mandible
stylomandibular
atlanto-occipital joint classification
ellipsoidal
median atlanto-axial joint classification
pivot
lateral atlanto-axial joint classification
plane or gliding
zygapophysial (facet) classifcation
plane or gliding
temporomandibular joint - upper compartment - classification
plane or gliding
temporomandibular joint - lower comparment - classification
hinge or ginglymus
This fascia contains the platysma muscle and lies between the dermis and deep fascia
superficial cervical fascia
This fascia surrounds the common and internal carotid arteries, internal jugular vein, and vagus nerve
carotid sheath
This fascia extends
-from the mastoid and mandible to the the clavicle and acromion
- from the ligamentum nuchae and spinous processes to the midline
This fascia surrounds
- the trapezius, SCM, and inferior portion of the parotid gland
Superficial (investing) layer (of deep cervical fascia)
The superficial (investing) layer (lamina) of deep cervical fascia is continuous with?
remainder of parotid fascia
This fascia surrounds the infrahyoid muscle, thyroid gland, esophagus, and trachea
pretracheal fascia
The pretracheal fascia is continuous with what?
buccopharyngeal fascia
This fascia comprises the external epimysium of the constrictor muscles
buccopharyngeal fascia
This fascia comprises the internal epimysium of the constrictor muscles
pharyngobasilar fascia
This fascia extends
- lateral and anterior to levator scapulae, longus colli, and longus capitis, and scalene muscles to form the floor of the posterior triangle
- from base of skull to mediastinum
prevertebral fascia
The prevertebral fascia is continuous with? (2)
axillary sheath
anterior longitudinal ligament
The prevertebral fascia defines which boundary?
the posterior boundary of the retropharyngeal space
this fascia extends
- from the base of skull (pharyngeal tubercle) to the pterygomandibular raphe and pharyngeal raphe
pharyngobasilar fascia
These sinuses drains into the middle meatus via frontonasal duct
frontal
anterior ethmoidal air cells
innervation of frontal sinus
supraorbital n (ophthalmic)
innervation of anterior ethmoidal cells
anterior ethmoidal nerve (ophthalmic)
The middle ethmoidal air cells drain into the ___________ via the_______________
middle meatus
hiatus semilunaris
The posterior ethmoidal air cells drain into the ________________
superior meatus
The middle ethmoidal air cells are innervated by?
anterior and posterior ethmoidal nerves
The posterior ethmoidal air cells are innervated by?
posterior ethmoidal nerve
The sphenoidal sinus drains into
sphenoethmoidal recess
The maxillary sinus drains into
middle meatus
the maxillary sinus is innervated by (4)
infraorbital
anterior superior alveolar
middle superior alveolar
posterior superior alveolar
the sphenoidal sinus is innervated by
posterior ethmoidal nerve