Objective:

To align imaging modalities, such as ultrasound, CT, and MRI, with specific orbital vascular anomaly subtypes to optimize diagnostic accuracy and procedural planning.

Key Findings:

• Ultrasound is limited by poor spatial resolution but offers dynamic assessment of vascular flow, which is crucial for real-time evaluations.
• CT provides superior spatial resolution for osseous lesions, while MRI excels in soft tissue characterization, aiding in the differentiation of complex lesions.
• Dynamic imaging techniques like TRICKS MRI angiography enhance real-time flow assessment, which is vital for procedural planning.
• Conventional digital subtraction angiography remains the standard for complex lesions, combining diagnosis with therapeutic intervention, thus influencing treatment outcomes.
• A multimodal approach is often necessary due to the heterogeneity of orbital vascular anomalies, ensuring comprehensive evaluation.

Interpretation:

Optimal imaging requires tailoring modality selection to lesion type and clinical context, with advanced techniques potentially improving outcomes through enhanced visualization and assessment.

Limitations:

• Ultrasound's role is limited in modern practice due to spatial resolution constraints, suggesting a need for complementary modalities.
• Static nature of CT and MRI angiography limits evaluation of dynamic changes, indicating the importance of incorporating dynamic imaging techniques.

Conclusion:

Incorporating advanced imaging approaches into clinical practice may enhance diagnostic precision and patient outcomes, particularly in complex cases.