Thanks, Ken. I'll begin with 314, which is being developed in collaboration with AbbVie to treat wet AMD and diabetic retinopathy via subretinal and suprachoroidal route of administration. 314 utilizes our NAV AAV8 vector to deliver a gene encoding a therapeutic antibody fragment to inhibit VEGF. The anti-VEGF market opportunity is poised to grow significantly as the population ages. 314 for the treatment of wet AMD via subretinal delivery is being evaluated in two ongoing pivotal trials ATMOSPHERE and ASCENT. We recently announced the expansion of these studies to enroll a total of 1,200 patients in the US, Europe, Japan and Israel to support global development of the program. We also recently initiated a Fellow Eye treatment study as part of the pivotal program using subretinal delivery. This study is evaluating the safety, efficacy and immunogenicity of subretinal 314 administration in the fellow eye of patients with bilateral disease from ATMOSPHERE and ASCENT, who previously received a subretinal injection of 314. Overall, we plan to complete all these trials in time to support global regulatory submissions in late 2025 through the first half of 2026. Additionally, earlier this week, we presented new interim results from our Phase 2 pharmacodynamic study designed to evaluate the same dose levels being used in the 2 pivotal trials. The updated interim data demonstrated that RGX-314 manufactured using our NAV Express platform process was well tolerated and in both the low-dose and high-dose cohorts through six months patients achieved expected protein levels along with stable to improved BCVA and CRT as well as meaningful reductions in anti-VEGF burden, with most subjects remaining injection free. This study is now fully enrolled. We also have two ongoing Phase 2 trials that fall under our collaboration with AbbVie, assessing in-office suprachoroidal delivery of RGX-314 in for treatment of wet AMD in the AVA trial and treatment of diabetic retinopathy in the ALTITUDE study. AVA is an active control dose escalation trial evaluating RGX-314 for the treatment of wet AMD. We recently presented safety data at our Investor Day from Cohort 6, evaluating dose level 1x12 GC pre eye that included short course prophylactic ocular steroids following administration of RGX-314. The initial data presented and continues to support the safety profile of RGX-314 and highlighted the inclusion of short course prophylactic steroid eye drops, which resulted in 0 cases of intraocular inflammation. or IOI in all patients. We plan to present full six-month results from Cohorts 5 and 6 at the Hawaiian Eye meeting in the beginning of 2024. ALTITUDE is the active controlled dose escalation study of RGX-314 suprachoroidal delivery for treatment of DR. We're very excited about the opportunity in DR given the size of the market, which exceeds that of wet AMD and because we believe this patient population can benefit the most from a potential onetime gene therapy. During our Investor Day, we presented initial interim data from Cohorts 4 and 5 at dose level 3, and with short course prophylactic steroid eye drops following RGX-314 administration. The data demonstrated that RGX-314 was well tolerated with no drug-related serious adverse events in 29 patients from these cohorts. And just as observed in wet AMD, the inclusion of short course prophylactic steroid eye drops resulted in zero cases of IOI in all patients. We look forward to presenting full 12-month results from cohorts 1 to 3 at the American Academy of Ophthalmology Meeting later this year. Moving to Duchenne. As Ken mentioned in his remarks, at our Investor Day, we were pleased to announce our new exon skipping program to complement RGX-202. Duchenne patients face high unmet need, and we are committed to bringing multiple treatment options for these boys. Our first program, RGX-202 is a potential onetime gene therapy for the treatment of Duchenne being developed as a highly differentiated product designed to deliver a transgene for a novel microdystrophin that includes the functional elements of the CP domain found naturally in occurring dystrophin. RGX-202 is designed to support the delivery and targeted gene expression throughout skeletal and heart muscle using our NAV AAV8 vector and a well-characterized muscle-specific promoter. During our Investor Day, we reported safety data from the Phase 1/2 affinity Duchenne trial. The data we presented on the two patients, ages 4 and 10 showed that RGX-202 was well-tolerated in both patients with no drug-related serious adverse events. Time of post administration follow-up was 45 days and more than three months. We continue to actively recruit patients in this trial, and we look forward to presenting additional data at the World Muscle Society Congress later this year, that will include longer-term safety data and initial microdystrophin protein expression levels in muscle at three months. We also continue to enroll patients in affinity beyond an observational screening study that is evaluating the prevalence of AAV8 antibodies in patients with Duchenne. Moving to our other rare disease programs. We are developing two programs for Mucopolysaccharidosis, MPS II and MPS I. RGX-121 is an investigational onetime AAV therapeutic for the treatment of MPS II, also known as Hunter syndrome, being evaluated in the ongoing Phase 1/2/3 CAMPSIITE trial. In May, we announced that we received regenerative medicine advanced therapy or RMAT designation from the FDA. Recognizing the preliminary data we have presented to date indicates its potential to address the unmet medical need for patients with Hunter syndrome. We completed enrollment of 10 patients for our CAMPSIITE trial in the first half of 2023 and remain on track to support a BLA filing in 2024 using the accelerated approval pathway. Now on to RGX-111, an investigation of onetime AAV therapeutic for the treatment of severe MPS I. We have completed enrollment of the Phase 1/2 trial and we remain on track to share additional updates on plans for this program later this year. In addition to these two programs, we also are developing RGX-181 to treat the neurodegenerative manifestation and RGX-381 to treat the ocular manifestations of CLN2 or Batten disease. Physician investigators in Brazil continue with follow-up for the first child with CLN2 disease dosed with RGX-181 under a single patient investigator-initiated study, and we expect investigators to report initial interim data from the single patient including six-month results at the Society for the Study of inborn errors of metabolism Annual Symposium later this year. We are also happy to report the recent dosing of our first patient with RGX-381. To conclude, we have made significant progress with data updates and trial advancements across all our programs as we continue toward our goal of 5x25. Lastly, I'd like to thank the patients, families, clinicians and patient advocacy representatives who are involved in and support all these trials. And with that, I turn the call over to Vit to review our financial guidance.