According to a press release, Myatro XL is the first 0.05% atropine eye drop for paediatric myopia control.
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Mumbai-based ENTOD Pharmaceuticals announced its 0.05% atropine eye drops (Myatro XL) have received marketing authorisation from India's Central Drugs Standard Control Organisation (CDSCO). The atropine eye drops are designed to slow myopia progression in children ages 6 to 12, the company said in a press release.1
The 0.05% atropine drops will be available by prescription in India beginning in July 2025, ENTOD Pharmaceuticals stated in the press release. Myatro XL joins ENTOD’s Myatro line.
The atropine sulphate ophthalmic solution 0.05% is pH-balanced and indicated for long-term, daily use by paediatric patients. In order to aid compliance and adherence, a dedicated MYATRO mobile app will become available in the Google Play and Apple App Store upon launch. The patient-centric app will provide bottle discard reminders, follow-up appointment reminders, and other means of secure monitoring for compliance with the MYATRO XL drops and other products in the MYATRO line. Currently, the MYATRO line includes 0.01% atropine drops; the lower-volume solution is available for patients aged 4 to 14 with paediatric myopia.
The marketing authorisation comes on the heels of successful completion of the phase 3 ARM study in India.2 Children between 6 and 12 years old with spherical equivalent refractive (SER) error between -2.00 diopters (D) and -6.00 D with documented myopia progression of more than 0.75 D in the previous year were administered one drop of atropine 0.05% in both eyes before bed for 1 year. The primary end points were change in the rate of myopia progression (measured in D change per year) and change in SER and axial length.
40 participants enrolled with a mean age of 8.5 years old ± 2.2 years. One year prior to treatment, the mean SER was -3.53 ± 078 D. Mean baseline SER was reported to be -4.58 ±1.03 D, and the investigators noted the increase to 4.98 ± 0.97 D at the 1-year followup, which is a 62% reduction in the rate of myopia progression compared with the rate of progression before treatment with atropine 0.05%. Mean axial length at baseline was 24.98 ± 2.43 mm, which increased to 25.21 ± 2.32 mm at 1-year followup. No significant correlation between axial length and SER changes could be found (P = 0.063).
Response to treatment was not dependent on age, refractive error, or rate of progression at baseline. It was also not linked to gender or family history of myopia. No adverse effects were reported during the trial.
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