Anatomy and Radiographic Imaging of the Cervical and Thoracic Spine Quiz

Cervical spine comprises vertebrae C1 to C7.

The cervical spine's main role is supporting the head.

The vertebral foramen houses the spinal cord.

The thoracic spine starts at vertebral level T1.

The primary function of the thoracic spine is to support the torso.

Rib articulations are typically found in the thoracic vertebral levels.

Cervical vertebrae are characterized by transverse foramina.

The inferior tip of the scapula corresponds to spinal level T6.

X-ray is the preferred modality for assessing cervical spine fractures.

Compression fractures on lateral cervical X-rays often show anterior vertebral body compression.

Hangman's fracture is characterized by posterior displacement of C2 on C3.

Flexion-extension X-rays evaluate cervical spine alignment and stability.

MRI is beneficial for assessing soft tissues in the thoracic spine.

Thoracic vertebrae exhibit costal facets on the transverse processes.

The interspinous ligament connects the spinous processes of thoracic vertebrae.

MRI is the preferred modality for evaluating spinal cord compression and nerve root impingement.

C5 bears the most significant portion of the head's weight in the cervical spine.

CT scan offers detailed visualization of bone structures and is effective for detecting fractures in the thoracic spine.

X-ray is commonly used to evaluate spinal alignment and curvature.

The joint connecting C1 (atlas) to the occipital bone is called the atlanto-occipital joint.

Kyphosis is the term for the abnormal forward curvature of the thoracic spine, observed in conditions like Scheuermann's disease.

The transverse ligament of atlas connects the dens to the anterior arch of C1.

Burst fractures on lateral thoracic X-rays appear as wedge-shaped vertebrae.

The ligamentum flavum connects the laminae of adjacent vertebrae in the thoracic spine.

The supraspinous ligament connects the spinous processes of adjacent vertebrae in the cervical spine.