Thank you, Tiffany. Good morning, and thank you all for joining us today. Looking back at 2023, our team's unwavering dedication has set the stage for a transformation 2024 in our modified gene therapy programs for blindness diseases. The strides we have made are not just in signs, they are profoundly personal evidenced by the significant benefit of our therapies can potentially offer to patients. Allow me to briefly share an inspiring account that justifies the core of our model. Courageous innovation from a patient in the OCU400 Phase I/II trial for retinitis pigmentosa, a rare genetic disorder that degrades retinal sales and affects approximately 100,000 people in the U.S. and 1.6 million people worldwide. A 60-year-old patient began experiencing the onset of RP in his 40s. As the disease progressed and his vision worsened, it increasingly threatened his livelihood and his ability to function independently. Before joining our trial, he faced a future dominated by visual impairment with no available treatment options. This trial has proven to be a life-altering experience, not just for him but also for his family. A year following his treatment with OCU400, he reports a gradual restoration of site in his treated eye. As a matter of fact, he shared that his dosed eye was worse of the 2 and now it is better than the untreated eye. It's getting to know patients like these and hearing their real-world stories that fortified or resolve for bold innovation to deliver safe and effective therapies for significantly underserved diseases. For reference, we have also posted this patient video in the patient section of our corporate website. As we review our 2023 milestones, we are proud of having achieved recognition from the FDA and other agencies in several areas. First, I will touch upon our vaccines and cell therapy platforms. On the vaccine development front, our team's diligent pursuit of nondilutive funding revenues has culminated in a collaboration with the NIAID, part of NIH to include OCU500 in the project NextGen initiative to test the therapeutic potential of several early-stage vaccine candidates in combating COVID-19. The initiative's commitment to cover costs for early-stage vaccine candidates is a strategic leap forward, allowing us to address this public health imperative with a minimal financial impact on our shareholders. In addition, our state-of-the-art cGMP facility renovations were completed last year, paving the way for the production of NeoCart, our Phase III-ready 3-D regenerative cell therapy platform. Acquiring this asset from our predecessor presented us with invaluable opportunity. After thoroughly evaluating its compatibility with Ocugen's existing pipeline and R&D expertise, we acknowledged our responsibility to future patients eagerly awaiting it. With the cell therapy market poised to reach around $8 billion by 2028 and an encouraging regulatory landscape, we are now strategically evaluating alternatives to ensure NeoCart development stays on track to maximize value for patients and shareholders. Before I get into the modified gene therapy update, I would like to take a moment to discuss the broader landscape of the gene therapy market and Ocugen's position within it. We believe the gene therapy market is on the cusp of a significant transformation. Current market economics indicate a growing interest in genetic and cell therapies fueled by technological advancement, increased investment and clinical activity and a supportive regulatory environment. M&A transaction within the past year symbolized appeal and need for gene therapies. Industry analysts project that the global gene therapy market is expected to surpass $30 billion by the end of the decade. This immense growth projection is driven by unmet medical needs of growing pool of millions of patients globally suffering from diseases that until recently were untreatable. Last year, we achieved alignment from the FDA on the design aspects of OCU400 Phase III study. As we prepared to initiate our pivotal OCU400 Phase III clinical trial, I'd like to emphasize that we will be the only gene therapy Phase III trial with a broad RP designation. The FDA's alignment on our Phase III trial design for OCU400 is rooted and compelling positive preliminary safety and efficacy results demonstrated in the Phase I/II trial last year. Multi-luminance mobility testing, MLMT, low luminance visual acuity, LLVA, and best corrected visual acuity, BCVA were the efficacy measurements for patients receiving the treatment. In each category of these measurements, results indicated improvement or preservation in eyes treated with OCU400. The results are from our understanding of the gene-agnostic mechanism of action. In the design of the proposed Phase III study for RP patients, the FDA has included luminance dependent navigation assessment, LDNA, a measure of functional vision changes in patients with inherited retinal diseases as the primary endpoint. The upcoming multicenter randomized 150-patient Phase III study will feature 2 arms, row and gene agnostic with up to 75 patients in each arm. In each arm, the 75 participants will be randomized 2:1 to the treatment group and untreated control growth. Upon receiving approval from the FDA, we anticipate initiating the Phase III trial for patients with RP. Our collaborative and interactive conversations with the FDA to advance OCU400 to Phase III affirm the acute need for a therapy for RP patients and our clinical data has potential to foster a transformative impact. Now on to OCU410 and OCU410ST. The current treatment landscape for both geographic atrophy, GA and Stargardt disease is extremely limited. The estimated 1 million patient GA market in the U.S. saw some momentum with recent drug approvals. However, these treatment options have significant limitations as they require multiple injections per year, impacting patient compliance and only target 1 pathway contributing to GA. OCU410 regulates multiple pathways involved with the disease, including the lipid metabolism, inflammation, oxidative stress and membrane attack complex, complement and has the potential to provide a onetime treatment for life. Presently, there is no approved treatment for people living with Stargardt disease, an orphan blindness disease that affects approximately 40,000 people in the U.S. alone. In the first quarter of 2024, we have completed dosing of cohort 1 in both the OCU410 ArMaDa and OCU410ST GARDian Phase I/II clinical trials. The data and safety monitoring board for the OCU410ST clinical trial determined that the safety and tolerability profile for OCU410ST is favorable and approved to proceed to dosing with the medium dose of OCU410ST in the dose escalation fate of the study. The FDA orphan drug designation for OCU410ST last year further underscores our commitment to blindness conditions that require ongoing treatment with high unmet medical need. Collaborations with the premium retinal surgery center across the U.S. have been pivotal in bolstering our patient recruitment efforts and deepening our understanding. With a maturing pipeline of clinical progress, Ocugen is positioned at the forefront of this [indiscernible] gene therapy market. The FDA RMAT and orphan drug designations granted to our gene therapy programs demonstrate our potential to lead in this area. Based on the patient testimony from our OCU400 clinical trial, we are not only making headway, but already making a meaningful difference. Our ultimate goal at Ocugen is to develop and deliver safe and effective therapies to patients battling conditions that impact quality of life and functional independence. At our February 2024 clinical showcase, we shared our expected pathway for the market approval of OCU400. To help us navigate this critical phase and ensure we deliver on our long-term strategy, we recently announced the appointment of Dr. Huma Qamar as our Chief Medical Officer. Dr. Qamar's extensive experience and contributions to date in our previous role as our Head of Clinical Development and Clinical Operations are pivotal to our team. Our expertise and foundational large of Ocugen's modifier gene therapy platform will be instrumental to the success of our clinical programs. I will now turn the call over to Mike Breininger, our Corporate Controller, to provide financials. Mike?