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- Cervical Vertebra's Anterior Tubercle, Superior View
Cervical Vertebra's Anterior Tubercle, Superior View
Superior view of the cervical anterior tubercle, the most ventral point of the transverse process.
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Description
Anterior tubercle of the cervical transverse process anchors this superior perspective on a typical midcervical vertebra. From above, the tubercle sits anterolateral to the foramen transversarium and lateral to the vertebral body, with the posterior tubercle positioned posteriorly on the same transverse process and separated by the sulcus for the cervical spinal nerve. Medially, the uncinate processes rise along the superolateral margins of the vertebral body, while the vertebral foramen lies posterior to the body and anterior to the laminae and spinous process. Orientation is immediate. Clinically, the anterior tubercle matters because it marks the anterior limit of the transverse process and helps you localize structures at the root of the neck, including the longus colli medially and the attachment region of anterior scalene more laterally, while the vertebral artery enters the transverse foramina (commonly at C6) just posterior to this bony ridge. For that reason, this illustration supports teaching and procedural planning for anterior cervical approaches, selective nerve root blocks, and transverse process fracture assessment, where confusing the tubercles or the nerve groove can lead to wrong-level targeting or iatrogenic injury. The superior viewpoint emphasizes the bony corridors around the foramen transversarium and the relationship between the transverse process and the spinal canal without soft-tissue distraction. Anatomy faculty can drop this illustration into cervical spine osteology labs, surface anatomy sessions that reference the carotid tubercle at C6, and board-review materials that test recognition of the transverse process components in a superior projection. Medical publishers will also find it suited to spine surgery atlases, pain medicine references, and radiology primers that correlate bony landmarks with axial CT and fluoroscopic targeting concepts. Anatomical accuracy verified by SciePro's Medical Advisory Board.