Thank you, Tiffany. Thank you all for joining us today. I'm pleased to share an update on our modifier gene therapy platform and would like to recognize that in just over 3 years, we brought our lead candidate, OCU400, from initial Phase 1/2 dosing to nearing Phase 3 enrollment completion. The OCU410ST Phase 2/3 pivotal confirmatory trial is following close behind, and we are on track to complete enrollment in the first quarter of 2026, lining up for our planned biological licensing application, BLA submission, in the first half of 2027 for OCU410ST. This rapid progress is somewhat unheard of in the industry and not only reinforces our commitment to file 3 BLAs in the next 3 years, but it also brings us closer to addressing the incredible unmet medical needs that exist for patients facing vision loss. While all 3 programs are moving along on schedule, we received additional, positive news in the third quarter that the Committee for Medicinal Products for Human Use, CHMP, of the European Medicines Agency confirmed the acceptability of a single U.S.-based trial for submission of MAA in Europe for OCU410ST. This alignment allows us to maintain the same timeline and budget efficiencies in Europe as we have with the OCU400 pivotal trials. To fund clinical trial progress, we continue to pursue opportunities to increase our working capital and in August, closed the registered direct offering with Janus Henderson. The gross proceeds were approximately $20 million, which we anticipate will extend our runway through the second quarter of 2026, and we will receive $30 million of additional gross proceeds if the warrants are exercised in full, extending our runway into '27. The OCU400 Phase 3 liMeLiGhT clinical trial remains on track for BLA and MAA submissions in 2026. It is the only broad retinitis pigmentosa RP gene-agnostic trial to address multiple genetic mutations with a single therapeutic approach. And it's important to note that this is the largest known Phase 3 orphan, gene therapy trial. There are approximately 300,000 people in the U.S. and Europe combined living with RP, which affects more than 100 genes. Ocugen's gene-agnostic approach has the potential to treat multiple gene mutations associated with RP with a single, one-time, subretinal injection. Currently, the only approved gene therapy for RP targets a single gene RPE65, which accounts for 1% to 2% of RP patient population. This product achieved peak sales of $52 million in 2023 with a patient population of approximately 2,000. We believe OCU400 has far greater commercial potential as it is intended to provide a therapeutic option for the remaining 98% to 99% of RP patients. We anticipate commercialization in 2027. Process validation and manufacturing activities are progressing well in support of the BLA. Brand planning and marketing initiatives led by Abhi Gupta, our EVP of Commercial and Business Development, are scaling up as well. We will begin rolling submission of the OCU400 BLA in the first half of 2026 and release Phase 3 top line data in the fourth quarter of 2026, in line with our commitments. As we prepare for what will ultimately be a global rollout for OCU400, we're pursuing regional partnerships that preserve Ocugen's rights to larger geographies to maximize total patient reach while also generating return for our shareholders. In September, we announced an exclusive licensing agreement with Kwangdong Pharmaceutical Company Limited for the rights to OCU400 in South Korea. Under the agreement, the company will receive up to $7.5 million in upfront and development milestone payments plus sales milestones of $1.5 million for every $15 million of sales in South Korea, projected to reach $180 million or more in the first 10 years of commercialization. We will also earn a 25% royalty on net sales generated by Kwangdong and will be responsible for manufacturing and supplying OCU400. There are an estimated 7,000 individuals in the Republic of Korea with RP, which represents approximately 7% of the U.S. market. OCU400 provides the opportunity for our partner to help thousands of patients facing vision loss. Upon regulatory approval of OCU400 in Korea, we believe Kwangdong will become a leader in the field of ophthalmic gene therapy in South Korea. Now let's move on to OCU410ST. OCU410ST has the potential to target over 1,200 pathogen mutations in the ABCA4 gene associated with Stargardt disease and other ABCA4-related retinopathies with a single, onetime, subretinal injection. As I mentioned earlier, enrollment in the Phase 2/3 GARDian3 clinical trial is ahead of schedule. The strong response underscores the significant, unmet medical need among Stargardt patients who currently have no approved treatment options available. Stargardt disease affects approximately 100,000 people in the U.S. and Europe combined and approximately one million people globally. With CHMP acceptance of U.S. trial data for the MAA submission, we'll maximize resources and streamline development efforts with the goal of bringing OCU410ST to patients in Europe sooner than originally anticipated. The 12-month data from all available Phase 1 subjects showed highly encouraging results with a 48.2% reduction in lesion growth and a meaningful online 6-letter gain in visual acuity in evaluable treated eyes compared with untreated eyes. All treated eyes also demonstrated stabilization or improvement in visual function, highlighting a consistent and tangible therapeutic benefit. Interim data from ongoing Phase 2/3 study is expected mid-2026, further advancing our goal of bringing OCU410ST to patients in need. Finally, OCU410 is specifically designed to address multiple pathways implicated in the pathogenesis of dry age-related macular degeneration and offers a promising advantage for current treatment options that target only one pathway, the complement system, which does not fully address the disease progression and underlying causes of vision loss. Currently approved treatment options require frequent intravitreal injections about 6 to 12 doses per year and are accompanied by various safety risks. For example, roughly 12% of patients develop wet AMD following treatment. With approximately 2 million to 3 million geographic atrophy patients in the U.S. and Europe combined, OCU410 represents a significant market opportunity. Current therapies have notable limitations, and there are no treatments approved for GA in Europe, as existing FDA-approved options failed to demonstrate meaningful functional outcomes. OCU410 is therefore well positioned to address this critical, unmet, medical need. At 12 months, available subjects in the Phase 1 study showed a 23% reduction in lesion growth, along with a 2-line or 10-letter stabilization or gain with visual equity in treated eyes. Preliminary results from 6-month interim analysis demonstrated a 27% reduction in lesion growth and preservation of retinal tissue in the treated eyes when compared to untreated control eyes. This reduction is over twice that observed with currently approved, intravitreal therapies at 6 months, monthly and every other month PEG citicoline injections, which showed only 13% and 12% reductions, respectively, highlighting OCU410's potential to provide a significant and meaningful therapeutic benefit to patients with a onetime treatment. In addition to the greater lesion reduction, a single subretinal injection of OCU410 demonstrates greater efficacy in preserving retinal tissue surrounding GA lesions compared with monthly and every other month PEG citicoline treatments. We plan to provide full 12-month data from the Phase 2 study, including both structural and functional outcomes, in the first quarter of 2026 and anticipate initiating the Phase 3 study next year. I will now turn the call over to Ramesh Ramachandran to provide an update on our financial results for the quarter ended September 30, 2025.