Brain blood vessels are tortuous and three-dimensional, unlike the heart or abdomen — which is exactly why bi-plane imaging has become the standard of care.
Unlike abdominal organs and the heart, the blood vessels of the brain have tortuous anatomy, and their course inside the skull is genuinely three-dimensional. To properly understand the diseases and anatomical abnormalities of these vessels during angiographic interventions, three-dimensional imaging is not optional — it's imperative.
Bi-plane technology has become the standard of care for modern neuro-interventions. It enables doctors to perform complex procedures with more precision and less risk than a single-plane system ever could.
Precise 3D visualisation of the aneurysm neck and parent vessel during coiling.
Complex, tangled vessel anatomy needs simultaneous multi-angle guidance.
Speed and accuracy both matter — bi-plane delivers both at once.
Multiple angles captured simultaneously saves time repositioning the patient.
A more efficient workflow for the whole procedure team.
Compared to single-plane systems, reducing dye-related complication risk.
Safer, more effective endovascular navigation across complex cases.
Unlike abdominal organs or the heart, brain blood vessels have tortuous, genuinely three-dimensional anatomy inside the skull. Understanding this anatomy accurately during a procedure requires simultaneous images from two perpendicular angles, which only bi-plane systems provide.
Yes. Bi-plane technology is considered the standard of care for modern neuro-interventions, enabling doctors to perform complex procedures with more precision and less risk than single-plane alternatives.
Aneurysm treatment, AVM embolization, and mechanical thrombectomy for stroke all benefit substantially — each requires precise, real-time understanding of complex vessel anatomy.
Yes. Because images from multiple angles are captured simultaneously, less time is spent repositioning the patient, making the whole procedure more efficient and ergonomic for the team.
Bi-plane setups require less radio-opaque contrast dye than single-plane systems, reducing the risk of dye-related complications, alongside the precision benefits of 3D visualisation.
Dr. Suresh Giragani, Consultant Interventional Radiologist at Apollo Hospitals, Jubilee Hills, Hyderabad, uses bi-plane angiography for complex neurovascular procedures, with over 18 years of experience.
Book a consultation with Dr. Giragani, or send your scans and reports for a specialist second opinion.