The Influence of IoT in Cataract Surgeries

Cataracts are formed when a person’s lens gets clouded, either due to advancing age or chronic conditions such as hypertension, myopia, and diabetes. The natural lens of the patient is removed and replaced with an artificial lens. IoT careers.

Millions of cataract surgeries are being performed the world over. Cataract surgeries are among the most commonly performed surgeries and carry a very high success rate. Cataract and other eye surgeries must be handled with considerable dexterity, control, and skill.

The medical tools and systems that are used during cataract surgery must also be maintained in excellent condition. IoT technology has enabled a more connected experience for cataract surgeons. With cloud-based IoT applications, ophthalmologists are assisted with expedited technical support and their surgical settings can be synched with others in the IoT system.

IoT systems, IoT careers and Cataract Surgeries

Individual surgeons can adjust equipment settings to their preferences and save them. Next time around, the equipment can be set to their saved preferences.

Ophthalmic surgery equipment comes with more than 100 complex settings. With this feature, ophthalmologists can save a significant amount of time for resetting the equipment.

Augmented Reality and Ophthalmic Surgery

AR (Augmented Reality) through HMDs (Head-mounted displays) offers invaluable support for laser ophthalmic surgeries such as cataract surgery. With various algorithms, ophthalmic surgeons can detect macula and optic disc areas and store multi-modal images.

These images can be used with AR during cataract surgery. The surgical process is safer as the lasers are prevented from firing in protected areas. It serves as an invaluable training tool. Since these kinds of eye surgeries are delicate, budding eye surgeons can harness AR for improving their skills.

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AR professionals can find enormous IoT jobs in healthcare. AR along with IoT and AI will help in quantifying and localizing aqueous flow and blood flow in the eye. This can help the eye surgeon direct his treatment better. There is a more accurate prediction of the depth of the anterior chamber post-surgery.

Pre-surgery simulations are possible allowing the surgeon to predict the suitability of IOLs (intraocular lens) for a patient. Sometimes, IOLs are not suitable for some patients on account of the possibility of developing glares and halos. With pre-cataract surgery simulations, the ophthalmologist can help in securing a better visual outcome for the patient.

Remote Surgery using IoT Technology

IoT technology has brought the promise of telesurgery. With robotic systems, surgeons can perform cataract surgeries on patients who are located at a distance. With the help of a screen, the surgeon can control the robotic haptic arms which correspond to his movements in the central console. This allows ophthalmologists to obtain an HD 3D 360-degree view that they could not have got during open surgery.

Robotic surgery offers considerable control and dexterity to the surgeon which goes a long way in enhancing accuracy. Patients benefit from such technology as they recover faster from such surgery and require a shorter stay at the hospital. Scarring is minimal and the incisions are smaller. Patients can get back to their routine faster.

Conclusion

IoT has made considerable inroads into the digital transformation of surgeries.  IoT integrated systems for cataract surgeries can be a game-changer for ophthalmologists. IoT in healthcare and surgery is very useful in collecting, storing, sharing, and analyzing surgical data.

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With AI and Big Data analytics, the surgical data can provide critical insights that can help improvise on surgical techniques and other protocols. The analysis can help with predicting possible complications, further interventions, and other vital perceptions.

Various IoT-assisted technologies and diagnostic devices can help in delivering a better quality of ophthalmic care to patients. They can help in ophthalmic diagnosis and monitoring and patients would benefit from this personalized ophthalmic care. These various aspects of IoT in healthcare would open up plenty of IoT careers choices.