January 14, 2026 12:50 pm

Army Performs India’s First 3D Flex Aqueous Angiography

CURRENT AFFAIRS: Indian Army, 3D Flex Aqueous Angiography, iStent, Glaucoma, Army Hospital Research and Referral, intraocular pressure, Spectralis imaging system, ophthalmic surgery, Armed Forces Medical Services

Army Performs India’s First 3D Flex Aqueous Angiography

Landmark medical achievement by Indian Army

Army Performs India’s First 3D Flex Aqueous Angiography: The Indian Army has achieved a major medical milestone by performing India’s first 3D Flex Aqueous Angiography with iStent.
The procedure was conducted on December 31, 2025, at the Army Hospital (Research & Referral), Delhi Cantt.

This advancement marks a significant step in the precision diagnosis and treatment of glaucoma, one of the leading causes of irreversible blindness.

Breakthrough surgery at Army Hospital

The pioneering procedure was led by Brigadier Dr Sanjay Mishra, Head of the Department of Ophthalmology.
The surgery involved real-time visualisation of the eye’s aqueous humour drainage pathways using advanced three-dimensional imaging.

Based on this live mapping, surgeons implanted an iStent, a microscopic device designed to improve fluid outflow from the eye.

Static GK fact: The Army Hospital (Research & Referral) is one of India’s premier tertiary care medical institutions under the Armed Forces.

Understanding 3D Flex Aqueous Angiography

3D Flex Aqueous Angiography is a cutting-edge imaging technique that maps how fluid drains from the eye.
It allows surgeons to identify precisely where drainage channels are blocked or functioning poorly.

This real-time mapping enables targeted intervention, rather than relying on generalized surgical approaches.

Static GK Tip: Aqueous humour is the clear fluid that maintains eye pressure and nourishes ocular tissues.

Role of advanced imaging technology

The success of the procedure was made possible by a movable stand-mounted Spectralis imaging system integrated with a 3D operating microscope.
This setup provides high-definition, zoomed, real-time views of the eye’s internal drainage structures during surgery.

Enhanced visual clarity ensures accurate placement of the iStent, improving surgical precision and patient safety.

Importance of iStent in glaucoma treatment

The iStent is a micro-implant used in minimally invasive glaucoma surgery.
It helps reduce intraocular pressure by improving the natural outflow of aqueous humour.

Lowering eye pressure is critical in slowing or preventing optic nerve damage caused by glaucoma.

Static GK fact: Normal intraocular pressure usually ranges between 10–21 mm Hg.

Significance for glaucoma care in India

Glaucoma often progresses silently, with no early warning signs.
Many patients in India are diagnosed only after permanent vision loss has occurred.

The introduction of 3D Flex Aqueous Angiography allows earlier detection and precise treatment, improving long-term visual outcomes.

Expansion to Command Hospital Lucknow

Following the success of this procedure, the Armed Forces Medical Services plan to install the same advanced system at Command Hospital, Lucknow.
The hospital serves nearly 3.5 lakh patients across six states and Nepal.

This expansion will significantly strengthen advanced ophthalmic care for defence personnel, veterans, and civilians.

Static GK fact: The Armed Forces Medical Services provide comprehensive healthcare across India through command, zonal, and peripheral hospitals.

Static Usthadian Current Affairs Table

Army Performs India’s First 3D Flex Aqueous Angiography:

Topic Detail
Medical milestone First 3D Flex Aqueous Angiography with iStent in India
Performing body Indian Army
Hospital Army Hospital (Research & Referral), Delhi Cantt
Lead surgeon Brigadier Dr Sanjay Mishra
Disease targeted Glaucoma
Key device iStent micro-implant
Imaging technology Spectralis system with 3D microscope
Future expansion Command Hospital, Lucknow
Beneficiary population Defence personnel, veterans, civilians
National significance Advancement in precision ophthalmic surgery
Army Performs India’s First 3D Flex Aqueous Angiography
  1. Indian Army performed India’s first 3D Flex Aqueous Angiography.
  2. The procedure was conducted at Army Hospital Research & Referral.
  3. It was performed on December 31, 2025.
  4. The surgery targeted glaucoma diagnosis and treatment.
  5. Brigadier Dr Sanjay Mishra led the procedure.
  6. The technique enables real-time eye fluid drainage mapping.
  7. Surgeons implanted an iStent micro-device.
  8. iStent improves aqueous humour outflow.
  9. The method allows precision-targeted glaucoma surgery.
  10. A Spectralis imaging system enabled high-definition visuals.
  11. Imaging was integrated with a 3D operating microscope.
  12. Enhanced clarity ensures accurate stent placement.
  13. Glaucoma causes irreversible optic nerve damage.
  14. Early detection improves long-term visual outcomes.
  15. Normal intraocular pressure ranges between 10–21 mm Hg.
  16. The procedure marks advancement in ophthalmic precision surgery.
  17. Glaucoma often progresses without early symptoms.
  18. The system will be installed at Command Hospital Lucknow.
  19. The hospital serves six states and Nepal.
  20. The achievement strengthens India’s military medical capabilities.

Q1. India’s first 3D Flex Aqueous Angiography was performed by which body?


Q2. At which hospital was the procedure carried out?


Q3. The procedure primarily targets treatment of which disease?


Q4. Which micro-implant was used in the surgery?


Q5. Which technology enabled real-time 3D imaging during surgery?


Your Score: 0

Current Affairs PDF January 4

Descriptive CA PDF

One-Liner CA PDF

MCQ CA PDF​

CA PDF Tamil

Descriptive CA PDF Tamil

One-Liner CA PDF Tamil

MCQ CA PDF Tamil

CA PDF Hindi

Descriptive CA PDF Hindi

One-Liner CA PDF Hindi

MCQ CA PDF Hindi

News of the Day

Premium

National Tribal Health Conclave 2025: Advancing Inclusive Healthcare for Tribal India
New Client Special Offer

20% Off

Aenean leo ligulaconsequat vitae, eleifend acer neque sed ipsum. Nam quam nunc, blandit vel, tempus.