Keywords: Blood Vessels, Stroke, swI, T2 GRE
Motivation: Our study's aim is to aid radiologists in selecting the most appropriate MRI brain sequence, enhancing diagnostic accuracy.
Goal(s): We aimed to compare the effectiveness of SWI and GRE MRI sequences in detecting brain conditions like hemorrhages, calcifications, and vascular malformations
Approach: We conducted an observational study, analyzing patient data using SWI and GRE sequences on the same patient. Our approach focused on data analysis and assessing image quality.
Results: SWI is our preference for its sensitivity and reliability, but we recognize GRE's value when CT is already available. GRE efficiently distinguishes brain features, particularly beneficial for uncooperative patients.
Impact: Our study's results hold far-reaching implications. Healthcare professionals can benefit by using more accurate MRI-sequence, enabling better patient care. Researchers may explore novel avenues, enhancing scientific understanding, which is invaluable for medical progress.
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