Thank you, Tiffany, and thank you all for joining us today. We are excited to discuss the substantial progress of our modified gene therapy platform across all three clinical programs. And to continue driving these programs, we recently completed a successful fundraising effort with net proceeds of $32.6 million extending our runway into the third quarter of 2025. Our scientific advances and the strategic growth of the company were further acknowledged by our inclusion in the Russell Index in June. This ranking demonstrates the value of pipeline and supports Ocugen's dedication to creating long-term shareholder value. Additionally, the recent offering was led by a premier mutual fund along with participation from leading life sciences investors, which further strengthens our shareholder base. We're actively recruiting patients in our OCU400 Phase 3 liMeliGhT clinical trial for the treatment of retinitis pigmentosa, RP. And just this week, we announced FDA approval for an expanded access program, EAP for the treatment of adult patients aged 18 and older with RP with OCU400. This is the first ever gene therapy candidate to treat patients with RP regardless of mutation approved for EAP. We also progressed into the OCU410 Phase 2 ArMaDa clinical trial for the treatment of geographic atrophy, an advanced stage of dry age-related macular degeneration. Following completion of dosing in patients in Phase 1, I will discuss these pivotal milestones in greater depth later in the presentation. Additionally, we are about to conclude Phase 1 of the OCU410ST Phase 1/2 GARDian clinical trial for the treatment of Stargardt disease. OCU400 is making remarkable strides in clinical development, and we are actively dosing patients in the Phase 3 liMeliGhT clinical trial. As announced earlier, OCU400 has received key regulatory approvals, including expanded orphan drug designations, or RP, from the FDA and the European Medicines Agency as well as Regenerative Medicine Advanced Therapy, RMAT designation from the FDA. With Phase 3 dosing, OCU400 remains on track to meet the 2026 approval targets for a biological licensing application, BLA, from the FDA and for a Market Authorization Application, MAA, from the European Medicines Agency. We're very encouraged that more than 60% of the intent to treat patients from the Phase 1/2 clinical trial, including patients with RHO mutation, meet the responder criteria established for Phase 3. The Phase 3 mobility test responder rate for the only FDA approved product to treat one mutation in RP was 52%. The Phase 3 study is powered greater than 95%, assuming 50% responder rate. The OCU400 Phase 3 study includes pediatric patients eight years of age or older and adults with early, intermediate to advanced stages of RP. The study has a sample size of 150 participants. One arm has 75 participants with the RHO gene mutations and the other arm has 75 participants with the mutations in any of several other genes, randomized 2:1. A mobility test, The Luminance Dependent Navigation Assessment, LDNA is the primary endpoint of the study. In this assessment, a participant navigates an obstacle course that constitutes a more sensitive and specific measurement of visual function than the mobility measurement used in previous Phase 3 clinical trials. The Phase 3 liMeliGhT study will focus on the proportion of responders in treated and untreated groups who achieve an improvement of at least 2 Lux levels from baseline. Let me take a moment to discuss the unmet need and underserved market for RP patients. There are approximately 300,000 patients in the U.S. and EU that are affected by the disease, which is caused by mutations in any of approximately 100 different genes. The only other treatment currently on the market addresses mutations in one gene associated with RP. OCU400 has the potential to treat multiple gene mutations because of its gene agnostic mechanism of action, and in this way, it will fulfill a significant unmet medical need. We continue our extensive campaign to educate the ophthalmology community about the concept of modified gene therapy, and we recently presented supporting data at a variety of conferences, such as Annual Meeting of American Society of Retina Specialists, which convened in Stockholm, Sweden last month. At the conference, Dr. Benjamin Bakall, who serves as the Director of Clinical Research, an associated retina consultant and as clinical assistant professor at the University of Arizona's College of Medicine in Phoenix, presented Phase 1/2 data on OCU400. With the initiation of our EAP for OCU400, RP patients with early, intermediate to advanced RP with at least minimal retinal preservation and who may benefit from the mechanism of action of OCU400 may be eligible to receive treatment prior to approval of the BLA. The decision by the FDA to endorse the use of OCU400 in any patients with RP reflects the agency's position on the safety, tolerability and benefit profile of OCU400 for any mutations relative to any risk of treatment. The approval of an Expanded Access Program for OCU400 further supports the gene agnostic mechanism of action for this novel modifier gene therapy. We look forward to working with clinicians, patients and the RP community to provide access to OCU400 for eligible patients through our EAP. Now let's move on to our developments in OCU410 and OCU410ST, which aim to treat geographic atrophy secondary to dAMD and Stargardt disease respectively. These modifier gene therapies leverage a nuclear receptor gene called RORA, which stands for RAR-related orphan receptor A, as a potential onetime therapy for life with a single subretinal injection. OCU410 specifically designed to address multiple pathways implicated in the pathogenesis of dAMD, offers a distinct advantage for current treatment options that target only one pathway, the complement system, and require frequent intravitreal injection, about six to 12 doses per year, accompanied by various safety concerns, such as roughly 12% of patients developed with AMD. OCU410 has a potential to regulate all four pathways related to disease progression, lipid metabolism, inflammation, oxidative stress and the complement system, thereby addressing the underlying causes of the disease with a single sub-retinal injection. An ArMaDa clinical trial update providing further insights into the safety and efficacy of OCU410 is anticipated later this year. Our approach with OCU410 is to provide a comprehensive and durable solution with a potential one-time treatment. There are 2 million to 3 million geographic atrophy patients among the 19 million people affected by dAMD in the U.S. and Europe, demonstrating a considerable market opportunity. In July, we announced the completion of dosing in the third cohort of the OCU410 Phase 1/2 ArMaDa clinical trial for the treatment of geographic atrophy. To date, nine patients with geographic atrophy have been treated with the low, medium, and high doses. The Phase 2 dose expansion, assessor blinded clinical trial has been initiated and will assess the safety and efficacy of our OCU410 in a larger group of patients who will be randomized into one of three groups. A medium dose treatment group, a high dose treatment group or a control group. Participants must be aged 50 or older, be able to identify 24 letters or more on the BCVA, which is like those charts you read at optometrist office and have a total geographic atrophy area between 2.5 and 20.5 square millimeters. Turning now to OCU410ST, which has received an orphan drug designation from the FDA for the treatment of ABCA4 associated retinopathies, including Stargardt disease. The Phase 1/2 Guardian clinical trial for the treatment of Stargardt disease is actually enrolling patients in the high dose cohort and the dose escalation portion of the study. Stargardt affects approximately 100,000 people in the U.S. and Europe, and there is no approved therapies available. These efforts represent our commitment to advancing treatments of blindness, focusing on innovative gene therapy solutions that aim to provide lasting benefits to patients. We look forward to sharing further updates as we continue to advance these promising therapies through clinical development. With that, I will now turn the call over to our Corporate Controller, Michael Breininger, to provide an update on our financial results for the second quarter ended June 30, 2024. Michael?