Thank you, Tiffany, and thank you all for joining us today. We are very enthusiastic about the progress of our novel modified gene therapy platform. All 3 candidates are advancing through the clinic, 2 in late stage, and we are on track to meet our goal of 3 biological licensing applications and market authorization application filings in the next 3 years. We remain steadfast in our mission to provide a onetime therapy for life to address considerable unmet medical needs that exist for millions of patients facing the terrifying prospect of losing their vision. Patients are actively being recruited in the United States and Canada for the novel modifier gene therapy OCU400 Phase III liMeliGhT clinical trial for retinitis pigmentosa. And we are on target for BLA and MAA filings in 2026. You may have seen our recent social media collaboration with Molly Burke an outspoken RP patients and an advocate to raise awareness for the liMeliGhT clinical trial. It's gratifying to see the increased visibility for the work we are doing and the response has been very positive. Notable accomplishments this quarter included the FDA's agreement to proceed with the Phase II/III GARDian3 pivotal confirmatory trial for OCU410ST for Stargardt disease following Rare Pediatric Disease Designation, RPDD and dosing our first patient earlier this month. Additionally, Phase I 12-month preliminary data for OCU410ST and OCU410 is positive demonstrating favorable safety and efficacy with improved structural and functional outcomes. The OCU400 Phase III liMeliGhT clinical trial is the only global broad RP gene agnostic trial to address multiple genetic mutations with a single therapeutic approach. OCU400 has obtained multiple designations to assist its regulatory review, including Regenerative Medicine Advanced Therapy Designation and Orphan Drug Designation from the U.S. Food and Drug Administration as well as Orphan Medicinal Product Designation, OMPD and Advanced Therapy Medicinal Product, ATMP classification from the European Medicines Agency, EMA. In the second quarter, the EMA granted eligibility to submit the OCU400 Market Authorization Application, MAA, through the centralized procedure based on the current study design and statistical analysis plan. Due to its novel gene-agnostic mechanism of action, OCU400 has potential to address more than 100 different mutations associated with RP. In contrast, a traditional gene therapy approach would require development of over 100 products to treat each individual mutation, which is commercially not feasible. Currently, the only approved gene therapy for RP targets a single gene RPE65, which accounts for 1% to 2% of RP patient population. As a result, approximately 298,000 people in the U.S. and Europe with other forms of RP remain without any approved treatment options. In anticipation of the planned BLA filing in 2026, we're actively ramping up preparation for commercialization, process validation and manufacturing activities remain on track for completion this year. The Data and Safety Monitoring Board recently convened and reported no serious adverse events related to OCU400 and recommended continuing the study dosing as planned. Stargardt disease is an inherited retinal disorder primarily caused by mutations in the ABCA4 gene with over 1,200 different mutations in this gene identifed to date. It typically presents in childhood or adolescents and affects approximately 100,000 individuals in the United States and Europe combined and an estimated 1 million people globally. Despite its prevalence, there is currently no FDA-approved treatment available for Stargardt disease. The OCU410ST clinical trial is progressing well, having achieved key milestones, receipt of Rare Pediatric Disease Designation in May, IND Amendment clearance in June and first patient dosing in July in registration trial. There is a clear sense of urgency from the agency to bring treatment options to patients who currently have no approved therapies. As we initiate the Phase II/III registration trial, we are potentially accelerating clinical development of OCU410ST by 2 to 3 years, potentially delivering an innovative gene therapy to patients in critical need even sooner than originally anticipated. The GARDian3 clinical trial builds upon encouraging results and positive data from the Phase I GARDian trial, which included a dose range and dose escalation study to evaluate the safety and preliminary efficacy of OCU410. In the Phase I trial, evaluable treated eyes demonstrated a 48% slower lesion growth at 12-month follow-up compared to untreated eyes. Additionally, treated eyes showed a statistically significant with a p-value of 0.031 and critically meaningful improvement of nearly 2-line/9-letter gain in best corrected visual equity, BCVA, at 12-month follow-up when compared to untreated eyes. Our third novel modified gene therapy candidate, OCU410 is specifically designed to treat geographic atrophy, secondary to dry age-related macular degeneration, dAMD, a leading cause of irreversible vision loss in the elderly. Unlike current treatment options with the target only one pathway, the complement system and required frequent intravitreal injections typically 6 to 12 per year with associated safety concerns. Example, approximately 12% of patients develope wet AMD. OCU410 offers a more comprehensive and one-time therapeutic approach. OCU410 has the potential to regulate all 4 pathways related to disease progression, lipid metabolism, inflammation, oxidative stress and the complement system, thereby addressing the underlying causes of disease with a single subretinal injection. The Phase I data at 12 months demonstrate 23% slower lesion growth in the treated eye when compared to the untreated fellow eye after a single subretinal injection. In addition to the structural improvement, treated eyes also demonstrated a stabilization or gain in visual function, low light, low luminance sense visual equity with a 2-line/10 letter gain when compared to untreated fellow eyes. Preliminary results from 6-month interim analysis in 31 subjects, demonstrated a 27% lesion growth and the preservation of retinal tissue in the treated eyes when compared to untreated control eyes. The 27% reduction in lesion growth at 6 months is more pronounced compared to currently approved intravitreal therapies, monthly and every other month pegcetacoplan injection injections with demonstrated reductions of 13% and 12%, respectively. In addition to improved lesion reduction, a single subretinal injection of OCU410 demonstrates greater efficacy in preserving retinal tissue surrounding GA lesions compared to monthly and every other month pegcetacoplan treatments. We plan to provide full 12- month data from the Phase II study in the first quarter of 2026, and initiate Phase III in 2026. During the second quarter, we signed a binding term sheet for our first regional partnership for OCU400 announced the spin-off of NeoCart into OrthoCellix, two significant strategic events that we expect will make a considerable impact on Ocugen's financial position. Aligned with Ocugen's business development strategy for OCU400 the company signed a term sheet to negotiate and enter into a licensing agreement with a well-established leader in the pharmaceutical and health care sector in Korea for exclusive Korean rights to OCU400. We are expecting to close the definitive agreement by September. This reasonable partnership approach will allow Ocugen to retain rights in larger geographies maximizing global patient reach while generating value for shareholders. We are actively engaged in discussions to explore a range of strategic partnership opportunities for OCU400 and all of our gene therapy candidates. The proposed reverse merger with OrthoCellix, a wholly owned subsidiary and Carisma Therapeutics will create a NASDAQ-listed late clinical-stage regenerative cell therapy company with a first-in-class technology platform focused on orthopedic diseases. The combined company will focus on the development of OrthoCellix's NeoCart technology for the treatment of knee articular cartilage defects. This strategic move is intended to create value for Ocugen's stockholders without dilution of Ocugen's stock as OrthoCellix is planned to be funded with $25 million in private financing under the exchange ratio formula in the merger agreement, OrthoCellix's value is estimated at $135 million. We believe there is significant valuation increase opportunity for OrthoCellix upon initiation of Phase III NeoCart clinical trial, given the more than $2 billion market cap of the only other autologous cartilage implant on the market today. Ocugen and industry experts believe this market is significantly underpenetrated and NeoCart could represent a true step forward in the innovation for ACI. With our business rapidly evolving, it was imperative to make new appointments to our Board of Directors to round out the skill set needed at this pivotal time. During the annual meeting in June, we announced appointments of Blaise Coleman and Dr. Satish Chandran. Blaise, a pharmaceutical executive brings deep financial expertise and a proven track record of leading successful transformations, most notably at Endo. Blaise also have senior financial roles at Astra