ISSN 0303-5212
 

Original Research
Online Published: 31 May 2023
 
RMJ. 2023; 48(2): 440-443


Patients unfit for Lasik can benefit from implanted phakic copolymer lens

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi.


Abstract
Objective: To assess visual outcomes and safety of implantable phakic copolymer lenses (IPCLs)V2 model in patients with moderate to high myopia.
Methodology: This prospective interventional cross-sectional study involving 40 eyes of 27 patients who had IPCL implantation for correction of myopic and myopic-astigmatism was carried out at Dar Al-salam private eye hospital, Baghdad from 1st May 2017 to 1st May 2020. Pre-operative and post-operative parameters included visual acuity by logMAR system, refraction, detailed examination by slit lamp bio microscopy, dilated fundus examination, intraocular pressure measurement, anterior chamber depth measurement by a pentacam in addition to white-to-white diameter measurement preoperatively. All had IPCL implantation and follow-up period was 12 months.
Results: We found that 26 (96.3%) patients are happy to extremely satisfied with the procedure. BCVA was 0.275 logMAR preoperatively. Uncorrected visual acuity (UCVA) in the follow-up period was 0.035, which was considerably better than preoperative (BCVA). All patients had the same or improved VA post-operatively and remained stable during follow-up. The mean residual was -0.06 D. (min-1.37-max0.37).
Conclusion: IPCL V2 used for correction of high ametropia resulted in a highly significant improvement in postoperative uncorrected visual acuity with minimal controllable complications and excellent patient’s satisfaction.

Key words: IPCL V2, lasik, logMAR system.


 
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Pubmed Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. Patients unfit for Lasik can benefit from implanted phakic copolymer lens . RMJ. 2023; 48(2): 440-443.


Web Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. Patients unfit for Lasik can benefit from implanted phakic copolymer lens . https://www.rmj.org.pk/?mno=155221 [Access: September 13, 2024].


AMA (American Medical Association) Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. Patients unfit for Lasik can benefit from implanted phakic copolymer lens . RMJ. 2023; 48(2): 440-443.



Vancouver/ICMJE Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. Patients unfit for Lasik can benefit from implanted phakic copolymer lens . RMJ. (2023), [cited September 13, 2024]; 48(2): 440-443.



Harvard Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi (2023) Patients unfit for Lasik can benefit from implanted phakic copolymer lens . RMJ, 48 (2), 440-443.



Turabian Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. 2023. Patients unfit for Lasik can benefit from implanted phakic copolymer lens . Rawal Medical Journal, 48 (2), 440-443.



Chicago Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. "Patients unfit for Lasik can benefit from implanted phakic copolymer lens ." Rawal Medical Journal 48 (2023), 440-443.



MLA (The Modern Language Association) Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi. "Patients unfit for Lasik can benefit from implanted phakic copolymer lens ." Rawal Medical Journal 48.2 (2023), 440-443. Print.



APA (American Psychological Association) Style

Hind Ahmed Mahdi, Aber Abdul Amir Mohammad, Ali Yousif Alzubaidi (2023) Patients unfit for Lasik can benefit from implanted phakic copolymer lens . Rawal Medical Journal, 48 (2), 440-443.