Journal of neuroradiology = Journal de neuroradiologie · 2023
Clinical manifestations and magnetic resonance imaging features of spinal cord infarction.
СтатьяНазвание и аннотация: Перевод в очереди
Обработка статьи · этапы, ошибки и управление
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Ke Gaotan, Liao Huiting, Chen Weiwei
Аннотация
BACKGROUND AND OBJECTIVE: Spinal cord infarction (SCI) is a rare type of stroke, with no proposed classification or diagnostic criterium widely accepted and used in daily clinical practice currently. We try to explore the clinical manifestations and MRI features of SCI for improving the accurate diagnosis of SCI.
METHODS: Retrospectively analyzed the clinical data, MRI features, laboratory findings and outcomes of 40 patients who had been consecutively diagnosed with SCI in our hospital from June 2016 to January 2022.
RESULTS: Most of the SCI (92.5%) occurred at the level of T8-L2 and C4-T4. Transverse infarction (52.5%) and ASA territory infarction (27.5%) were the most common patterns. Longitudinally extensive lesions were noticed in 67.5% of the SCI and it might be a risk factor of poor prognosis (OR=21.11, 95%CI 2.14-208.29). Restricted diffusion of the SCI lesion occurred in 8h and a few lasted up to 60 days. All SCI showed spinal cord edema, accompanied by enhancement of the ventral cauda equina (13.8%), weakened enhancement of the dorsal venous plexus (44.8%), and vertebral infarction (25%). Most patients developed a stroke-like onset (92.5%) after movement (57.5%), with definite pain in the trunk or limbs (67.5%) and dissociative sensory disturbance (60.0%). The main etiologies of them include vascular abnormalities (45%) and iatrogenic injuries (15%).
CONCLUSION: An MRI classification of SCI based on the spinal cord blood supply was proposed. Restricted diffusion and co-existing abnormality of vertebral body and cauda equina may be the key neuroimaging feature for SCI diagnosis. Detailed history of vascular diseases or triggering factors are also helpful.
METHODS: Retrospectively analyzed the clinical data, MRI features, laboratory findings and outcomes of 40 patients who had been consecutively diagnosed with SCI in our hospital from June 2016 to January 2022.
RESULTS: Most of the SCI (92.5%) occurred at the level of T8-L2 and C4-T4. Transverse infarction (52.5%) and ASA territory infarction (27.5%) were the most common patterns. Longitudinally extensive lesions were noticed in 67.5% of the SCI and it might be a risk factor of poor prognosis (OR=21.11, 95%CI 2.14-208.29). Restricted diffusion of the SCI lesion occurred in 8h and a few lasted up to 60 days. All SCI showed spinal cord edema, accompanied by enhancement of the ventral cauda equina (13.8%), weakened enhancement of the dorsal venous plexus (44.8%), and vertebral infarction (25%). Most patients developed a stroke-like onset (92.5%) after movement (57.5%), with definite pain in the trunk or limbs (67.5%) and dissociative sensory disturbance (60.0%). The main etiologies of them include vascular abnormalities (45%) and iatrogenic injuries (15%).
CONCLUSION: An MRI classification of SCI based on the spinal cord blood supply was proposed. Restricted diffusion and co-existing abnormality of vertebral body and cauda equina may be the key neuroimaging feature for SCI diagnosis. Detailed history of vascular diseases or triggering factors are also helpful.