Key Points

The Army Hospital in New Delhi has introduced a groundbreaking 3D microscope for minimally invasive glaucoma surgery, a first in India. This advanced technology reduces surgical complications and improves precision in eye procedures. Brigadier Sanjay Mishra credits the innovation to the support of DGAFMS Surg Vice Admiral Arti Sarin. The initiative highlights the Indian Army's commitment to cutting-edge medical care for its personnel.

Key Points: Army Hospital Debuts 3D Microscope for Glaucoma Surgery Milestone

  • First 3D microscope for MIGS in India
  • Reduces surgical time and complications
  • Enhances depth perception for eye surgeries
  • Backed by DGAFMS Surg Vice Admiral Arti Sarin
2 min read

3-D microscope for minimally invasive glaucoma surgery

Indian Armed Forces' apex hospital pioneers 3D microscope for minimally invasive glaucoma surgery, reducing complications and surgical time.

"Introduction of this latest gadget into ophthalmic arena could only be possible under DGAFMS Surg Vice Admiral Arti Sarin’s patronage. – Brigadier Sanjay Mishra"

New Delhi, April 26

The Army Hospital (Research and Referral) is the apex flagship medical care centre for the Indian Armed Forces and is set to embark on a significant expansion with the latest technologies, including a 3-D Microscope for eye surgeries.

The Department of Ophthalmology is being credited with performing the minimally invasive glaucoma surgery (MIGS) for glaucoma patients using a 3-D Microscope, for the first time in the country, a unique milestone for the Armed Forces.

This three-dimensional visualisation system is very useful for eye surgeries, including squint surgery, cataract surgery, corneal surgeries, glaucoma surgery, and retinal surgeries. This system utilises special polarised 3D polarisation glasses and a 55-inch 4K ultra-HD display.

Potential advantages include significantly lesser surgical time/complication rate compared to a conventional microscope, decreased power of endoilluminator, reduced phototoxicity, ease of use in uncommon and complicated situations including severe kyphosis, reduced need for triamcinolone staining of the vitreous, and high surgeon and nurse satisfaction scores.

Brigadier Sanjay Mishra, a distinguished ophthalmic surgeon and Head of Department, Department of Ophthalmology, Army Hospital, Research and Referral, New Delhi, states that the 'introduction of this latest gadget into an Ophthalmic arena could only be possible in future under the esteemed patronage of DGAFMS Surg Vice Admiral Arti Sarin. It is her motivation that prompted us to use 3-D microscopes in ocular surgeries at the Apex Armed Forces Institute.

In addition, three-dimensional display systems are showing ever more promising results in the field of ophthalmology, both for anterior and posterior segment surgeons. Heads-up surgery using 3D display screens has been increasingly accepted due to its advantages in terms of ergonomics and surgical teaching/coordination. The use of head-mounted display systems is a novel emerging concept in ophthalmology.'

Moreover, we have experienced great image quality, great depth perception and spatial orientation, as also reiterated by the ophthalmic assistant. This initiative is a testament to the unwavering commitment of the Indian Army to ensuring top-tier medical services reach our clientele at the apex institutes.

- ANI

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Reader Comments

P
Priya K.
This is incredible! My grandfather had glaucoma surgery last year and the recovery was tough. If this technology can reduce complications and recovery time, it's truly life-changing. Kudos to the medical team! 👏
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Rahul S.
As someone in medical tech, I'm impressed but wonder about the cost-effectiveness. While the benefits are clear, will this be accessible beyond just apex hospitals? The article doesn't mention anything about scalability.
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Anjali M.
The ergonomic benefits for surgeons are huge! My sister is an ophthalmologist and often complains about back pain from long surgeries. This could really improve doctors' quality of life while they improve patients' lives.
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Vikram P.
Proud to see our armed forces hospitals leading in medical innovation! 🇮🇳 The combination of military precision and cutting-edge tech is producing amazing results. Hope this gets implemented across more military hospitals soon.
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Sunita R.
The article mentions reduced phototoxicity - that's a game changer for retinal surgeries! Less damage to sensitive eye tissues means better long-term outcomes. Can't wait to see more studies on this.
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Karan D.
While this is impressive, I hope they're also training enough surgeons on this new system. Advanced tech is only as good as the people operating it. Maybe the article could have mentioned training protocols?

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