DIAGNOSTIC CAPABILITIES OF MULTISLICE COMPUTED TOMOGRAPHY IN OBLITERATIVE LESIONS OF LOWER LIMB ARTERIES

Abstract

Obliterative diseases of the lower limb arteries (ODLLA) represent a progressive form of peripheral atherosclerosis leading to chronic tissue ischemia and high rates of disability. Multislice computed tomography (MSCT) angiography occupies a leading position among imaging modalities for vascular pathology and demonstrates high sensitivity and specificity in the detection of stenotic and occlusive lesions. MSCT angiography provides comprehensive visualization of the arterial lumen, accurately identifies the presence, location, and severity of stenosis or occlusion, and facilitates three-dimensional reconstruction of vascular anatomy. These diagnostic capabilities make MSCT a valuable non-invasive tool for evaluating ODLLA, guiding clinical decision-making, and planning therapeutic interventions.