Three-dimensional spiral computed tomographic angiography (3D-SCTA) is a minimally invasive method of delineating vessels in three-dimensional detail. Our aim was to evaluate the clinical usefulness of volume-rendered three-dimensional SCTA for planning microsurgical reconstruction. Eighteen patients had a spiral computed tomogram (CT) of the extracranial carotid arteries. The volume rendering technique (VRT) was used to visualise the cervical vessels, and the three-dimensional SCTA images evaluated by a staff radiologist. Radiographic and operative findings were correlated in 13 of 18 patients. The anatomical and pathological alterations of vascular anatomy identified by three-dimensional SCTA correlated exactly with operative findings and led to a successful microsurgical reconstruction. Oropharyngeal reconstruction with microvascular free flaps requires accurate evaluation of the vascular system of the carotid arteries, and improves the accuracy of diagnostic decisions. Three-dimensional SCTA enables the surgeon to establish an appropriate treatment plan.     «

Three-dimensional spiral computed tomographic angiography (3D-SCTA) is a minimally invasive method of delineating vessels in three-dimensional detail. Our aim was to evaluate the clinical usefulness of volume-rendered three-dimensional SCTA for planning microsurgical reconstruction. Eighteen patients had a spiral computed tomogram (CT) of the extracranial carotid arteries. The volume rendering technique (VRT) was used to visualise the cervical vessels, and the three-dimensional SCTA images evalu...     »