Cingulate (Subfalcine) Herniation

A Cingulate (Subfalcine) Herniation occurs when part of the brain called the cingulate gyrus is pushed under a rigid structure called the falx cerebri. This happens due to increased pressure inside the skull, often from swelling or bleeding in the brain. The brain is part of the central nervous system, which controls all body functions. When the cingulate gyrus shifts, it can compress important blood vessels and brain tissue, leading to symptoms like headache, weakness on one side of the body, and changes in consciousness. This condition is serious because it can cause further brain injury if not recognized and treated promptly.

Cingulate (Subfalcine) Herniation is a type of brain herniation characterized by the displacement of the cingulate gyrus beneath the falx cerebri due to increased intracranial pressure. It typically results from unilateral cerebral hemisphere swelling caused by trauma, hemorrhage, tumor, or cerebral edema. This herniation compresses the anterior cerebral artery, potentially causing ischemia in its vascular territory. Clinically, it may present with contralateral leg weakness due to involvement of the medial frontal lobe. It is an early form of brain herniation and can progress to more severe herniations if intracranial pressure is not controlled. Recognition is critical as it indicates significant intracranial pathology requiring urgent intervention.