Cervical Vertebrae Anatomy Quiz

C1 is referred to as the 'atlas,' supporting the skull without a vertebral body and allowing nodding motion.

Cervical lordosis helps maintain balance and proper alignment of the head over the spine.

Uncinate processes in the cervical spine limit lateral flexion, contributing to stability.

C7 has a prominent vertebral prominence (Adam's apple) in the anterior neck.

The odontoid process in C2 enables rotation of the head, forming the atlanto-axial joint with C1.

The posterior longitudinal ligament runs along the back of vertebral bodies in the cervical spine, providing stability.

The zygapophyseal joints in the cervical spine commonly align in the sagittal plane, allowing flexion and extension.

The atlas (C1) and axis (C2) are connected by a pivot joint, allowing rotational movements.

The transverse ligament of the atlas (C1) primarily facilitates rotation by holding the odontoid process in place.

C5 features a large vertebral foramen, accommodating the cervical enlargement of the spinal cord.

Transverse foramina in cervical vertebrae facilitate the passage of vertebral arteries supplying blood to the brain.

C5 has a bifid spinous process, a distinctive feature in the cervical spine.

C7 lacks a vertebral body and features a prominent bifid spinous process, transitioning to the thoracic spine.

The alar ligament connects the odontoid process to the occipital bone, contributing to stabilization and rotation.

C1 and C2 are atypical cervical vertebrae with distinct features, such as the atlas lacking a vertebral body and the axis having the odontoid process.

The atlanto-axial joint (C1-C2) primarily facilitates rotational movements, allowing the head to rotate on the axis.