MRI Brain 3 Tesla (High-Field Neuro Imaging)

What is the MRI Brain 3 Tesla (High-Field Neuro Imaging) and why is it conducted?

MRI Brain 3 Tesla (High-Field Neuro Imaging) is an advanced medical diagnostic imaging procedure performed using state-of-the-art high-resolution digital systems. It provides detailed cross-sectional and anatomical visualization of internal organs, soft tissues, bone structures, and vascular pathways to detect abnormalities, inflammation, or structural lesions with high clinical precision.

Ultra-sharp 3-Tesla MRI scan providing microscopic resolution of brain tissue, cranial nerves, vascular structures, strokes, and tumours.

Key Indications & Reasons for Testing

• Investigate persistent pain, discomfort, or unexplained anatomical symptoms
• Evaluate organ size, tissue density, cysts, tumors, or internal inflammation
• Pre-operative surgical planning and post-treatment progress assessment
• Detailed screening recommended by consulting physicians or surgeons

• T1 Weighted Multi-planar Images
• T2 Weighted High-Res Sequences
• FLAIR Sequences
• Diffusion Weighted Imaging (DWI) for acute stroke
• Gradient Echo (GRE / SWI) for micro-bleeds
• 3D Reconstruction and Radiologist Diagnosis

Patient Preparation & Fasting Protocol

Questions About MRI Brain 3 Tesla (High-Field Neuro Imaging)