URGENT DIAGNOSTICS OF CEREBRAL VENOUS TROMBOSIS

Cerebral venous thrombosis remains a rare but severe neurological condition. While ischemic stroke is more commonly diagnosed, CVT presents with distinct clinical and radiological features. Prior research has shown that both conditions can mimic each other, leading to diagnostic delays. No prior work had resolved the specific biomarkers or imaging techniques that reliably distinguish CVT from ischemic stroke. This gap motivated the study to compare clinical, laboratory, and imaging findings between the two groups. The researchers aimed to identify patterns that could guide early diagnosis. They focused on differences in blood and cerebrospinal fluid parameters. They also examined the frequency of specific neurological symptoms. Their goal was to create a diagnostic algorithm for urgent settings.

The study aimed to evaluate the diagnostic value of clinical, laboratory, and neuroradiological data in cerebral venous thrombosis. The researchers wanted to develop a reliable algorithm for rapid diagnosis. They compared 11 patients with CVT to 13 with ischemic stroke. The goal was to identify distinguishing features in both groups. They focused on blood and cerebrospinal fluid changes. They also analyzed the frequency of clinical symptoms like seizures and headaches. The study aimed to determine which imaging techniques are most effective. The researchers hoped to improve early detection in emergency settings.

The study involved 24 patients divided into two groups. The first group had confirmed cerebral venous thrombosis. The second group had ischemic stroke of moderate severity. The researchers collected clinical data and laboratory results. They analyzed blood and cerebrospinal fluid for leukocytosis and protein levels. They used MRI and MR venography for imaging. They applied the 2D TOF mode for venous assessment. They compared symptom frequency between the two groups. They developed a diagnostic algorithm based on these findings.

The study found distinct differences in blood and CSF parameters. Patients with CVT showed leukocytosis and elevated protein levels. Ischemic stroke patients had lymphopenia and neurophilic predominance. Clinical symptoms like seizures and headaches were more common in CVT. MRI without contrast identified venous pathology in 63.6% of cases. MR venography using 2D TOF mode detected all 11 CVT cases. The algorithm improved diagnostic accuracy in urgent settings. The findings suggest that MR venography is more effective than standard MRI.

The authors found that CVT presents with unique clinical and laboratory features. They noted higher rates of seizures and headaches in CVT patients. They observed distinct changes in blood and CSF protein levels. They concluded that MR venography using 2D TOF mode is highly effective. They proposed an algorithm to guide urgent diagnosis. They emphasized the importance of early imaging in CVT. They suggested that standard MRI may miss some cases. They recommended using MR venography for suspected CVT.