Thank you, Tiffany, and thank you all for joining us today. As detailed in our press release, we are excited to discuss the substantial progress of our game-changing modifier gene therapy platform by using nuclear hormone receptors to restore homeostasis in the retina. Modifier gene therapy has the potential to address multiple inherited retinal diseases as well as diseases -- larger multifactor diseases, such as dry age-related macular degeneration through a gene agnostic approach. Just after the close of the first quarter of this year, we announced that the FDA cleared our IND application for the OCU400 Phase III liMeliGhT clinical trial and the EMA provided acceptability of the U.S.-based trial for submission of the market authorization application. I will discuss the significance of these milestones and the potential for OCU400 in greater depth later in the presentation. OCU410 and OCU410ST are now in Phase I/II clinical trials, targeting geographic atrophy, secondary to dry age-related macular degeneration and Stargardt disease, respectively, with the clinical updates expected in the third quarter of 2024. Our cell therapy platform is poised to advance with the renovations to our existing facility completed earlier this year. This gives Ocugen the capability to support NeoCart autologous cell therapy manufacturing for personalized Phase III clinical material contingent upon adequate funding. Finally, OCU400 will soon advance into a Phase I clinical trial via National Institute of Allergy and Infectious Diseases, NIAID sponsored trial comparing the administration of OCU400 via 2 different mucosal routes, inhalation into the lungs and as a nasal spray. With 3 gene therapy candidates to treat blindness diseases in the clinic and the Phase III ready cell therapy candidate, we are confident that 2024 will be bellwether for Ocugen. We are thrilled to share significant advancements in our leading modified gene therapy candidate, OCU400 as it makes remarkable strides in clinical development, the green light from the FDA to begin the Phase III clinical trial marks a pivotal milestone as OCU400 becomes the first gene therapy to progress to Phase III trials with such a broad retinitis pigmentosa indication. Until now, there has been only 1 market product to treat one of the 100 gene mutations associated with RP. Now there is real hope for all RP patients who haven't had a treatment option. Our completion of enrollment and dosing in Phase I/II trial demonstrated promising safety and efficacy across various genetic mutations and dosage levels, paving the way for Phase III clinical trial. OCU400 has already received key regulatory approvals, including orphan drug, regenerative medicine advanced therapy and orphan medicinal product designations from both FDA and European Commission for treating inherited retinal diseases. These endorsements highlight OCU400's broad therapeutic potential, and we remain on track to meet 2026 BLA and MAA approval targets. We expect to begin dosing patients in the Phase II liMeliGhT clinical trial in the second quarter of 2024, which will include 150 subjects across 2 arms, 1 with patients affected by [indiscernible] mutation and one arm that is gene-agnostic. Luminance dependent navigation assessment, LDNA, the primary endpoint for the study focuses on the proportion of responders in treated and untreated control groups, achieving an improvement of at least 2 lux level from baseline in the study eyes. The secondary endpoint will be measured by changing low-luminance visual equity score of 0.3logMAR from the baseline. The effectiveness of the treatment will be compared to an untreated control group for the secondary endpoint as well. Additionally, leveraging a dual-track strategy, we plan to expand the Phase III trial in the latter half of 2024 to include patients with Leber congenital amaurosis, LCA, contingent on favorable results from Phase I/II study. Let me take a moment to discuss the unmet need and underserved market for RP and LCA patients, an estimated 1.6 million people globally are affected by RP and LCA combined. In the U.S. and Europe alone, our initial target markets, there are nearly 300,000 total patients. RP and LCA are classified as inherited retinal diseases from a group of heterogeneous disorders that affect [indiscernible]. These conditions frequently result in visual impairment and ultimately, blindness. By establishing homeostasis in patients affected by these diseases, our aim is to preserve or improve vision by actively sharing our insights or pertinent medical conferences and engaging with advocacy groups, we strive to raise evidence of a desperate need to find a solution for our RP and LCA patients as well as potential of modified gene therapy to revolutionize treatment. To better understand the experience of one of our Phase I/II clinical trial patients, I encourage you to watch his video in the patient section of our website. Moving on to our development in the treatment of geographic atrophy, secondary to dry age-related macular degeneration, dAMD, and Stargardt disease with our OCU410 and OCU410ST programs. These modified gene therapies leverage the nuclear receptor gene, RAR-related orphan receptor A RORA, aiming to provide 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 over current treatments with the target only one cause of GA and often require multiple injections per year accompanied by various safety consults. Our approach with OCU410 is to provide a comprehensive and durable solution, a potential onetime therapy for life. Dry AMD affects about 19 million people in the U.S. and Europe combined, while GA affects about 2 million to 3 million people in the U.S. and Europe, a significant market opportunity. In December 2023, we began the Phase I/II ArMaDa clinical trial for OCU410. Considerable progress has been made with the completion of dosing in both the first and second cohort, low and medium doses. Following the successful dosing in this cohort, the Data and Safety Monitoring Board, DSMB, will convene later this month to evaluate proceeding with the high-dose cohort in the ongoing dose escalation phase of the study. After completion of the third cohort, we're transitioned into Phase II clinical trial, the expansion phase. A key upcoming event for this trial is a clinical update, which is anticipated in the third quarter of 2024. This data will provide initial insights into the safety and efficacy of OCU410. OCU410 Phase I study is multicenter and open label focusing on dose ranging, while Phase II is randomized, aiming to expand our understanding of drugs efficacy and safety compared to a control untreated arm with patients randomized in a 1:1:1 ratio across 2 dosage groups and 1 controlled group. Participants must be aged 50 or older, have a best corrected visual equity of approximately 24 letters or more using the ETDRS chart and have a total geographic atrophy area between 2.5 million and 20.5 millimeter square. We now turn to OCU410ST, which received orphan drug designation from the FDA for the treatment of ABCA4-associated retinopathies, including Stargardt disease. Stargardt affects approximately 100,000 people in the U.S. and EU combined. This modified gene therapy candidate also utilizes the RORA gene in the Phase I/II GARDian trial for Stargardt disease is actively enrolling patients. We have completed dosing in the first cohort low dose. In April 2024, the Data Safety and Monitoring Board approved the continuation to the medium dose phase, which we expect will be completed this month. A clinical trial update for OCU410ST is also anticipated in the third quarter of 2024. The Phase I/II trial involves up to 42 participants, 30 adults and 12 children, which exhibit mild-to-moderate disease symptoms. The study uses a 3+3 dose escalation design in Phase I, segmenting subjects into low, medium and high dose cohorts. Following the dose escalation phase, the trial will transition into Phase II, the expansion phase. This expansion phase will use 1:1:1 design to randomize subjects into 2 different treatment groups at the varying dose levels, or a controlled untreated group, allowing for a comprehensive assessment of treatments, efficacy across different dosages. Our work across OCU400, OCU410 and OCU410ST perform our enduring commitment to the success of these modified gene therapies for the benefit of patients faced with the terrible prospect of losing their sight. We are encouraged by the progress in these trials and look forward to sharing further updates as we reach critical milestones and get closer to addressing substantial unmet medical needs. With that, I will now turn the call over to our Corporate Controller, to provide an update on our financial results from first quarter ended March 31, 2024. Mike?