Virtual-reality Cataract Surgery Simulator Using Haptic Sensory Substitution in Continuous Circular Capsulorhexis

Kim, Yunjoo; Jeong, Hwayeong; Park, Hyunkyu; Kim, Ji-Ah; Kim, Tae-woo; Kim, Jung

doi:10.1109/embc.2018.8512708

Cited by 9 publications

(9 citation statements)

References 7 publications

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“…Virtual reality is another technology that can be used for wet lab training. [ 7 ] Virtual reality and augmented reality devices can be used for surgical training. Commercial ophthalmic surgical simulators such as EyeSi for phacoemulsification and HelpMeSee for manual small incision cataract surgery provide a very realistic experience[ 8 ] and reduce the surgical complications of trainees.…”

Section: Virtual Reality Simulatorsmentioning

confidence: 99%

Commentary: Intravitreal injection of formalin as a life hack for ophthalmic wet lab training

Kuriakose

2021

Indian Journal of Ophthalmology

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Section: Virtual Reality Simulatorsmentioning

confidence: 99%

Commentary: Intravitreal injection of formalin as a life hack for ophthalmic wet lab training

Kuriakose

2021

Indian Journal of Ophthalmology

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“…Training VS X X X X [96] Training PA X [65] Surgery PA X X [45] Training/Planning VS X X [99] Training VS X X X [78] Training PA X X [79] Training PA X X [102] Training VS X X X X [81] Training VS X X X [91] Training VS X X X [70] Training VS X X X [63] Training PA X X [67] Training VS X X [82] Training VS X [106] Training VS X [105] Training VS X X [108] Training VS X X…”

Section: Cluster Number Article Purpose Type Cs Ff Sm Ds Ai G a Ementioning

confidence: 99%

“…The third cluster includes the papers in References [45,51,63,65,67,70,74,78,79,81,82,87,[91][92][93]96,99,100,102,[104][105][106]108]. In this cluster, most of the simulators mainly use haptic devices for force feedback, and these works are also used to assess students' performance.…”

Section: Cluster Number Article Purpose Type Cs Ff Sm Ds Ai G a Ementioning

confidence: 99%

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A Review of Training and Guidance Systems in Medical Surgery

et al. 2020

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In this paper, a map of the state of the art of recent medical simulators that provide evaluation and guidance for surgical procedures is performed. The systems are reviewed and compared from the viewpoint of the used technology, force feedback, learning evaluation, didactic and visual aid, guidance, data collection and storage, and type of solution (commercial or non-commercial). The works’ assessment was made to identify if—(1) current applications can provide assistance and track performance in training, and (2) virtual environments are more suitable for practicing than physical applications. Automatic analysis of the papers was performed to minimize subjective bias. It was found that some works limit themselves to recording the session data to evaluate them internally, while others assess it and provide immediate user feedback. However, it was found that few works are currently implementing guidance, aid during sessions, and assessment. Current trends suggest that the evaluation process’s automation could reduce the workload of experts and let them focus on improving the curriculum covered in medical education. Lastly, this paper also draws several conclusions, observations per area, and suggestions for future work.

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“…With this development, has come a potential of having such a powerful and portable display; augmented and virtual reality [ 3 ]. In the next decade, the use of immersive technologies will become commonplace in and out of the surgical theatre [ 4 , 5 ]. Use of head tracking and motion control sets would allow for greater visualisation both pre-operatively or intra-operatively and with the expansion of network speeds, the ability to carry out procedures remotely could become an ideal of the present [ 6 ].…”

Section: The First 10 Yearsmentioning

confidence: 99%

Artificial intelligence, regenerative surgery, robotics? What is realistic for the future of surgery?

Tarassoli

2019

Annals of Medicine and Surgery

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The potential of surgery lies in the technological advances that would complement it. The landscape of the field will differ depending on the time period being looked at and would no doubt include conjecture. Initial breakthroughs will need to pave the way for future medical technology and apply to the surgical sciences. Within the next 10 years we would expect to see the emergence of big data analysis, cuttingedge image processing techniques for surgical planning and better implementation of virtual and augmented reality in operating theatres for both patient care and teaching purposes. Over the next 50 to 100 years, the use of quantum computing should lead to increased automation in our healthcare systems. The inception of novel biomaterial invention and advanced genetic engineering will usher in the new age of regenerative medicine in the clinical setting. The future of surgery includes many predictions and promises, but it is apparent that the development will lead to bettering outcome and focus on patient care.

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Virtual-reality Cataract Surgery Simulator Using Haptic Sensory Substitution in Continuous Circular Capsulorhexis

Cited by 9 publications

References 7 publications

Commentary: Intravitreal injection of formalin as a life hack for ophthalmic wet lab training

Commentary: Intravitreal injection of formalin as a life hack for ophthalmic wet lab training

A Review of Training and Guidance Systems in Medical Surgery

Artificial intelligence, regenerative surgery, robotics? What is realistic for the future of surgery?

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