WorksheetsTUTORIAL MITE 2093
Total questions: 121
Worksheet time: 1hrs 1mins
What is the primary function of the intervertebral disks in the vertebral column?
Connect ribs to the vertebrae
Protect the spinal cord from injury
Provide cushioning and flexibility
Facilitate blood flow to the spinal cord
Which cervical vertebra is known as the 'atlas'?
C2
C1
C7
C3
What type of curvature is described as lordotic in the vertebral column?
Thoracic curvature
Sacral curvature
Cervical and lumbar curvature
Coccygeal curvature
Which projection is used to visualize the atlantoaxial joints between C1 and C2?
AP axial projection
Lateral projection
AP open mouth projection
Oblique projection
What is the recommended SID for lateral cervical spine radiographs?
40 inches
50 inches
60 to 72 inches
30 inches
What is the name of the first compensatory curve in the vertebral column?
Lumbar curvature
Cervical curvature
Thoracic curvature
Sacral curvature
Which vertebra is referred to as the 'vertebra prominens'?
C6
C5
C7
T1
What is the primary curvature of the thoracic spine?
Convex curvature
Concave curvature
Lordotic curvature
Neutral curvature
Which joint is responsible for rotation of the head?
Occipitoatlantal joint
Atlantoaxial joint
Zygapophyseal joint
Costotransverse joint
What is the term for an exaggerated thoracic curvature?
Lordosis
Kyphosis
Scoliosis
Neutral curvature
Which cervical vertebra contains the odontoid process (dens)?
C1
C2
C3
C7
What type of joint is the zygapophyseal joint?
Cartilaginous
Fibrous
Synovial
Amphiarthrodial
Which projection is best for visualizing the intervertebral foramina of the cervical spine?
AP axial projection
Oblique projection
Lateral projection
AP open mouth projection
What is the angle required for the CR in an anterior oblique cervical spine projection?
10° cephalad
15° caudad
20° cephalad
5° caudad
Which vertebrae are connected to ribs?
Lumbar vertebrae
Thoracic vertebrae
Cervical vertebrae
Sacral vertebrae
What is the term for an abnormal lateral curvature of the spine?
Lordosis
Kyphosis
Scoliosis
Neutral curvature
Which projection is used to visualize the dens when the AP open mouth projection is not sufficient?
AP axial projection
Fuchs or Judd method
Lateral projection
Oblique projection
What is the primary function of the spinal canal?
Protect the ribs
Enclose and protect the spinal cord
Support the vertebral column
Facilitate blood flow
Which cervical vertebra has no body?
C2
C3
C1
C7
What is the term for the soft inner part of the intervertebral disk?
Annulus fibrosus
Nucleus pulposus
Vertebral body
Pedicle
Which projection is best for visualizing the zygapophyseal joints of the thoracic spine?
AP projection
Lateral projection
Oblique projection
AP open mouth projection
What is the angle required for the CR in a posterior oblique cervical spine projection?
15° cephalad
10° caudad
20° cephalad
5° cephalad
Which vertebrae are the largest and strongest in the vertebral column?
Cervical vertebrae
Thoracic vertebrae
Lumbar vertebrae
Sacral vertebrae
What is the term for the outer fibrous portion of the intervertebral disk?
Annulus fibrosus
Nucleus pulposus
Vertebral body
Pedicle
Which projection is used to visualize the intervertebral foramina of the thoracic spine?
AP projection
Lateral projection
Oblique projection
AP open mouth projection
What is the term for the condition where the nucleus pulposus protrudes through the annulus fibrosus?
Kyphosis
Lordosis
Herniated nucleus pulposus (HNP)
Scoliosis
Which projection is used to demonstrate the atlantoaxial joint between C1 and C2?
Lateral projection
Oblique projection
AP open mouth projection
AP axial projection
What is the CR angle for an AP axial projection of the cervical spine?
10° cephalad
15° to 20° cephalad
5° caudad
25° cephalad
Which projection is best for visualizing the intervertebral foramina of the cervical spine?
Lateral projection
Oblique projection
AP open mouth projection
AP axial projection
What is the recommended SID for a lateral cervical spine projection?
40 inches
50 inches
60 to 72 inches
30 inches
Which projection is used to visualize the zygapophyseal joints of the thoracic spine?
AP projection
Lateral projection
Oblique projection
AP open mouth projection
What is the CR angle for an anterior oblique projection of the cervical spine?
10° cephalad
15° caudad
20° cephalad
5° caudad
Which projection is used to visualize the dens when the AP open mouth projection is not sufficient?
Lateral projection
Oblique projection
Fuchs or Judd method
AP axial projection
What is the purpose of the Swimmer's lateral projection?
To visualize the atlantoaxial joint
To visualize the C7-T1 junction
To visualize the intervertebral foramina of the cervical spine
To visualize the zygapophyseal joints of the thoracic spine
Which projection is used to evaluate cervical spine mobility in cases of whiplash?
AP axial projection
Oblique projection
Lateral hyperflexion and hyperextension projections
AP open mouth projection
What is the purpose of the vertebral column?
To protect internal organs
To provide a flexible supporting column for the trunk and head and transmit weight to the lower limbs
To produce red blood cells
To store minerals
How many vertebrae are typically found in the adult vertebral column?
33
26
7
12
Which section of the vertebral column consists of 12 vertebrae, each connecting to a pair of ribs?
Cervical vertebrae
Lumbar vertebrae
Thoracic vertebrae
Sacrum
Which part of a typical vertebra forms the thick, weight-bearing anterior portion?
Vertebral arch
Lamina
Body
Spinous process
What is the name of the opening formed by the stacking of vertebral foramina, which encloses and protects the spinal cord?
Intervertebral foramen
Transverse foramen
Spinal canal
Vertebral notch
Which term describes an abnormal increase in the convexity of the thoracic spine curvature?
Lordosis
Scoliosis
Kyphosis
Spondylosis
What type of joints are the intervertebral joints found between the vertebral bodies?
Synovial
Amphiarthrodial
Diarthrodial
Gliding
What is the unique characteristic of all cervical vertebrae regarding foramina?
Each has one large vertebral foramen only.
Each has two transverse foramina and one large vertebral foramen.
Each has three foramina that run vertically (right and left transverse foramina and a single large vertebral foramen).
Each has no foramina.
What is the name of the first cervical vertebra?
Axis
Atlas
Vertebra prominens
Dens
What is the most distinctive feature of the second cervical vertebra (C2)?
Bifid tip
Transverse foramen
Dens (odontoid process)
Lateral mass
What type of movement is allowed by the medial atlantoaxial joint between C1 and C2?
Gliding
Ellipsoid
Trochoid (pivot)
N/A
At what angle to the midsagittal plane are the zygapophyseal joints of the second through seventh cervical vertebrae located?
45°
90°
15°
70°
Which fracture extends through the pedicles of C2, with or without subluxation of C2 on C3, and results from extreme hyperextension of the neck?
Jefferson fracture
Odontoid fracture
Hangman's fracture (page17)
Teardrop burst fracture
What condition is described as an abnormal or exaggerated convex curvature of the thoracic spine, leading to stooped posture and reduced height?
Lordosis
Scoliosis
Kyphosis (page17)
Spondylosis
What is the recommended CR angle for an AP axial projection of the cervical spine when the patient is erect or has more lordotic curvature?
15∘ cephalad
20∘ cephalad (page17)
15∘ caudad
20∘ caudad
For anterior oblique (RAO, LAO) cervical spine projections, what is the recommended CR angle?
15∘ cephalad
20∘ cephalad
15∘ caudad (page22)
Perpendicular
When performing a lateral cervical spine radiograph, what should the patient be instructed to do with their shoulders?
Elevate them
Keep them in a neutral position
Relax and drop them down and forward as far as possible (page23)
Pull them back
In a cervicothoracic (swimmer's) lateral position, which arm and shoulder are positioned up, flexing the elbow and resting the forearm on the head for support?
The arm and shoulder away from the IR
The arm and shoulder nearest the IR (page25)
Both arms and shoulders
Neither arm or shoulder
What is the purpose of the "wagging jaw" (Ottonello method) AP projection for the cervical spine?
To demonstrate intervertebral foramina
To visualize the zygapophyseal joints
To blur the mandible over the cervical column and visualize the dens and entire cervical column (page28)
To assess hyperflexion and hyperextension
In an AP axial projection of the vertebral arch (pillars) of the cervical spine, what is the recommended CR angle?
15∘ to 20∘ cephalad
Perpendicular
20∘ to 30∘ caudal (page28)
45∘ oblique
What is the main reason that lumbar vertebrae are the strongest in the vertebral column?
Their small size allows for greater flexibility.
They connect directly to the ribs, providing extra support.
The load of body weight increases toward the inferior end of the column. (page2)
They are protected by thick layers of muscle.
Which part of the lumbar vertebra is demonstrated radiographically on an oblique lumbar image as the "neck" of the Scottie dog?
Pedicle
Transverse process
Pars interarticularis (page2)
Superior articular process
What is the classification of the zygapophyseal joints in the lumbar spine?
Cartilaginous (symphysis)
Fibrous (suture)
Synovial (plane/gliding) (page6)
Amphiarthrodial
Which topographic landmark corresponds to the approximate level of L2-L3?
Iliac crest
ASIS
Xiphoid tip
Lower costal margin (page8)
What is the primary advantage of performing a PA projection of the lumbar spine compared to an AP projection for females?
Improved visualization of the spinous processes.
Lower ovarian dose. (page9)
Reduced patient motion.
Greater magnification unsharpness.
When positioning a patient for an AP projection of the lumbar spine, what adjustment should be made to the patient's knees and hips to reduce lumbar curvature and bring the back closer to the IR?
Extend them fully.
Flex them. (page9)
Abduct them.
Adduct them.
What is the minimum SID typically used for radiography of the lower vertebral column?
30 inches (76 cm)
40 inches (102 cm) (page9)
60 inches (152 cm)
72 inches (183 cm)
Which imaging modality is considered superior for the evaluation of soft tissue structures of the lumbar spine, such as the spinal cord and intervertebral disk spaces?
Computed Tomography (CT)
Nuclear Medicine Technology
Magnetic Resonance Imaging (MRI) (page10)
Myelography
What is the noninvasive measurement of bone mass, often assessed in the lumbar spine?
Myelography
Bone Densitometry (page10)
Computed Tomography (CT)
Radionuclide bone scan
What is a common cause of a herniated nucleus pulposus (HNP)?
Inherited genetic predisposition
Trauma or improper lifting (page11)
Autoimmune disease
Bacterial infection
What describes the condition where the normal concave curvature of the lumbar spine is abnormal or exaggerated?
Kyphosis
Scoliosis
Lordosis lifting (page11)
Spina bifida
In spondylolysis, what often appears "broken" on an oblique projection?
The pedicle
The spinous process
The neck of the Scottie dog (pars interarticularis) (page11)
The transverse process
For an AP projection of the lumbar spine using a smaller IR (30×35 cm), where should the CR be directed?
To the level of the iliac crest (L4-L5 interspace)
To the level of L3 (page13)
To the xiphoid tip
To the ASIS
When performing oblique projections of the lumbar spine, what is the typical degree of body rotation for the general lumbar region?
30∘
45∘ (page7)
50∘
70∘
On an oblique lumbar spine radiograph, if the pedicle (eye of the Scottie dog) is demonstrated posteriorly on the vertebral body, what does this indicate?
Accurate 45∘ patient rotation
Over-rotation (page14)
Under-rotation
Insufficient CR angle
For a lateral lumbar spine projection, what adjustment may be needed for a patient with a wider pelvis and a narrow thorax, even with waist support?
A 5∘ to 8∘ cephalad angle
A 5∘ to 8∘ caudad angle (page15)
A 15∘ to 20∘ cephalad angle
No angle is ever needed
What is the centering point for the CR when performing a lateral L5-S1 projection?
At the iliac crest
1.5 inches (4 cm) superior to the iliac crest
1.5 inches (4 cm) inferior to iliac crest and 2 inches (5 cm) posterior to ASIS (page16)
At the ASIS
For an AP axial L5-S1 projection, what CR angle is generally used for male patients?
35∘ cephalad
30∘ cephalad (page17)
15∘ caudad
Perpendicular
When performing a scoliosis series, what is the recommended projection to significantly reduce the dose to radiation-sensitive areas like the female breasts and thyroid gland?
AP projection
PA projection (page18)
Lateral projection
Oblique projection
In the Ferguson method for a scoliosis series, what is placed under the foot or hip on the convex side of the curve for the second image?
A compression band
A sandbag
A 3- to 4-inch (8- to 10-cm) block (page20)
A lead shield
For lateral bending views in a scoliosis or spinal fusion series, what acts as the fulcrum (pivot point) during changes in position?
The shoulders
The pelvis (page21&22)
The knees
The head
For a spinal fusion series with hyperextension, how should the patient move their torso and legs?
Bend forward into a fetal position.
Move posteriorly as far as possible to hyperextend the long axis of the body. (page22)
Bend laterally to each side.
Keep them straight and rigid.
When imaging the sacrum with an AP axial projection, what should the patient do regarding their bladder and lower colon?
Keep them full.
Empty the bladder and have the lower colon free of gas and fecal material. (page23)
It does not matter.
Ingest contrast medium.
What is the recommended CR angle for an AP axial projection of the sacrum?
10∘ caudad
15∘ cephalad (page23)
30∘ caudad
Perpendicular
For an AP axial coccyx projection, what is the recommended CR angle?
10∘ caudad (page24)
15∘ cephalad
30∘ cephalad
Perpendicular
When obtaining a lateral sacrum and coccyx projection, what is the recommended SID?
30 inches (76 cm)
40 inches (102 cm) (page25)
60 inches (152 cm)
72 inches (183 cm)
What can be used during a lateral sacrum and coccyx projection to ensure optimal density if the coccyx is to be included?
A grid only
A lead mat
A boomerang-type filter (page25)
Increased kV
For posterior oblique positions (LPO and RPO) of the sacroiliac joints, what is the recommended patient rotation?
15∘ to 20∘
25∘ to 30∘ (page28)
45∘
90∘
Which sacroiliac joint is visualized in a posterior oblique position where the side of interest is elevated (e.g., LPO for the right joint)?
The joint closest to the IR (downside) (page28)
The joint farthest from the IR (upside)
Both joints equally
Neither joint
The small, hook-like processes projecting downward from the medial pterygoid processes of the sphenoid bone are called the:
Anterior clinoid processes
Posterior clinoid processes
Pterygoid hamuli (page 7)
Lesser wings
The small upper horizontal portion of the ethmoid bone that contains many small openings for the olfactory nerves is the:
Crista galli
Perpendicular plate
Lateral labyrinths
Cribriform plate (page 8)
The cranial suture that separates the frontal bone from the two parietal bones is the:
Sagittal suture
Lambdoidal suture
Squamosal suture
Coronal suture (page 9)
In an infant, the membrane-covered openings or 'soft spots' where sutures join are called:
Sutural bones
Wormian bones
Fontanels (page 9)
Bregma
The two maxillae are the largest immovable bones of the face and assist in the formation of which three cavities?
Mouth, nasal cavity, and orbits (page 15)
Mouth, paranasal sinuses, and middle ear
Nasal cavity, orbits, and auditory canal
Orbits, pharynx, and mouth
The point at the superior aspect of the anterior nasal spine, which is a surface landmark at the midline point where the nose and upper lip meet, is the:
Nasion
Glabella
Acanthion (page 16)
Mental point
The facial bones that form the prominence of the cheeks and make up the lower outer portion of the orbits are the:
Maxillary bones
Nasal bones
Lacrimal bones
Zygomatic bones (page 17)
The thinnest and most fragile bones in the entire body are the:
Zygomatic arches
Nasal and lacrimal bones (page 17)
Inferior nasal conchae
Palatine bones
The two bones that form the bony nasal septum are the:
Nasal bones and vomer
Perpendicular plate of the ethmoid and vomer (page 18)
Maxillae and palatine bones
Sphenoid and ethmoid bones
The only movable bone in the adult skull is the:
Maxilla
Zygoma
Mandible (page 19)
Vomer
The joint formed by the condyle of the mandible fitting into the temporomandibular fossa of the temporal bone is the:
Atlanto-occipital joint
Temporomandibular joint (TMJ) (page 19&20)
Synarthrodial joint
Gomphosis joint
Which of the following paranasal sinuses are part of the facial bone structure?
Frontal
Ethmoid
Sphenoid
Maxillary (page 21)
All paranasal sinuses are generally fully developed by the:
Age of 1
Age of 6 or 7
Late teenage years (page 21)
Fifth decade of life
The opening into the middle nasal meatus passageway for the maxillary sinuses is located at the:
Inferior lateral aspect
Superior medial aspect (page 21)
Posterior aspect
Anterior inferior aspect
An air-fluid level within the sphenoid sinuses after skull trauma may indicate a:
Linear fracture
Depressed fracture
Basal skull fracture (page 22)
Tripod fracture
The uncinate process of the ethmoid bone makes up the medial wall of the:
Ethmoid bulla
Middle nasal meatus
Infundibulum passageway (page 22)
Inferior nasal meatus
Each orbit is a cone-shaped, bony-walled structure, with the apex corresponding to the:
Supraorbital margin
Inferior orbital fissure
Optic foramen (page 24)
Superior orbital fissure
The three cranial bones that contribute to the formation of each orbit are the:
Frontal, temporal, occipital
Frontal, sphenoid, ethmoid (page 24)
Parietal, temporal, sphenoid
Occipital, ethmoid, temporal
The imaging modality primarily used to detect differences between normal and abnormal tissues in the brain and associated soft tissues, with limited usefulness in bone evaluation, is:
CT (Computed Tomography)
Sonography
Nuclear Medicine
MRI (Magnetic Resonance Imaging) (page 37)
For a lateral skull projection, the MSP (midsagittal plane) should be aligned:
Perpendicular to the IR
Parallel to the IR (page 40)
At a 15° angle to the IR
At a 37° angle to the IR
In the PA axial (Caldwell method) skull projection with a 15° caudad CR angle, the petrous ridges should be projected into the:
Upper one-third of the orbits
Middle of the orbits
Lower one-third of the orbits (page 41)
Below the orbits
For the SMV (Submentovertex) projection of the skull, the IOML (infraorbitomeatal line) should be aligned:
Perpendicular to the IR
Parallel to the IR (page 43)
At a 30° angle to the IR
At a 40° angle to the IR
Which of the following positioning errors for a skull radiograph is indicated by the anterior and posterior separation of symmetric vertical bilateral structures like the EAM and mandibular rami?
Tilt
Excessive neck flexion
Rotation (page 40)
Incorrect CR angle
For the AP axial (Towne method) skull projection, if the patient is unable to depress the chin sufficiently to bring the OML perpendicular to the IR, the IOML can be placed perpendicular instead, and the CR angle should be increased to:
25° caudad
30° caudad
37° caudad (page 1)
42° caudad
When performing a lateral skull projection, the interpupillary line (IPL) must be aligned:
Parallel to the IR
Perpendicular to the IR (page 1)
At a 15° angle to the IR
At a 30° angle to the IR
For the PA axial (Caldwell method) skull projection, the recommended CR angle is:
Perpendicular to the IR
15° cephalad
15° caudad (page 1)
25° to 30° cephalad
Which of the following describes the correct CR centering for an AP axial (Towne method) skull projection with a 30° caudad angle to the OML?
To exit at the nasion
To exit at the acanthion
At the glabella
At MSP 2½ inches (6.5 cm) above the glabella
To best visualize any existing air-fluid levels within the cranial or sinus cavities, the patient should ideally be positioned:
Recumbent with a vertical x-ray beam
Erect with a horizontal x-ray beam
Prone with a perpendicular x-ray beam
Supine with a cephalic angled x-ray beam
For a lateral facial bones projection, the CR is centered to the zygoma, midway between the outer canthus and the:
Nasion
Acanthion
EAM (External Acoustic Meatus)
Mental point
In the parietoacanthial (Waters method) projection for facial bones, the MML (mentomeatal line) should be aligned:
Parallel to the IR
Perpendicular to the IR
At a 37° angle to the IR
At a 55° angle to the IR
When performing a superoinferior tangential (axial) projection for nasal bones, the CR should be angled to be parallel to the:
OML (Orbitomeatal Line)
IOML (Infraorbitomeatal Line)
AML (Acanthiomeatal Line)
GAL (Glabelloalveolar Line)
For the SMV (Submentovertex) projection of the zygomatic arches, the patient's neck should be hyperextended until the IOML is:
Perpendicular to the IR
Parallel to the IR
At a 15° angle to the IR
At a 30° angle to the IR
For a lateral sinuses projection, to accurately visualize air-fluid levels, the CR must be horizontal, and the patient must be:
Prone
Supine
Erect
Trendelenburg
For the AP axial (Towne method) skull projection, in a trauma patient where cervical spine fracture or subluxation needs to be ruled out, which modification might be necessary if the patient cannot depress the chin sufficiently to bring the OML perpendicular to the IR?
Increase the SID to 72 inches.
Angle the CR 15° cephalad.
Align IOML perpendicular to IR and increase CR angle by 7°.
Perform the projection in a prone position.
A horizontal beam projection is required for trauma patients undergoing a lateral skull perspective. This is primarily to demonstrate:
Fine bony details of the sella turcica.
Air-fluid levels in the sphenoid sinus, indicating a basal skull fracture.
Bilateral symmetry of the parietal bones.
Magnification of the occipital area.
If a patient with a suspected basal skull fracture cannot be positioned erect for a lateral skull radiograph, how should the image be obtained to still visualize potential air-fluid levels?
In a supine position with a perpendicular CR.
In a prone position with a 15° caudad CR.
With a horizontal beam, similar to trauma lateral facial bones.
Using a modified Towne method.
For trauma patients who are unable to be positioned for a PA skull projection, an alternative AP axial projection may be obtained with the use of a:
15° cephalic angle, with OML positioned perpendicular to IR.
Perpendicular CR to the nasion.
25° caudad angle to the IOML.
Horizontal beam and erect patient position.
