Thank you, Christine. Our development team continues to execute at a high level. And over the past few months, we have achieved key milestones to not only broaden DEB patient access, but also advance our diverse pipeline of redosable genetic medicines. Leading off with an update on the global development of B-VEC, steady progress has poised for commercial launches in both Europe and Japan next year. In Europe, EMA's review of our marketing authorization application is progressing well. EU GMP certification was granted for our commercial manufacturing facility ANCORIS earlier this year and our latest interactions with the EMA suggest support for home dosing and a broad label, including DEB patients from birth. Based on the current pace of discussions, we expect a CHMP decision before the end of the year and the first launch in Germany in the first half of 2025. In the interim, we also achieved an access breakthrough in France in September, Haute Autorite de Sante in France approved pre-marketing early reimbursed access to B-VEC under the Accès Précoce program. DEB patient access to B-VEC under AP1 is expected to start later this year. AP1 allows for early access to innovative therapies in France prior to European regulatory approval and is a reflection of the strongly positive benefit-risk ratio provided by B-VEC in a patient population with high unmet need. In addition to rapidly broadening patient access in France, this approval will also provide physicians with an opportunity to build clinical experience with B-VEC even in advance of commercial launch. In Japan, we also achieved a major milestone with the recent submission of our Japan New Drug Application. Our application to the Japanese authorities include the results of our open-label extension study in Japanese patients in which overall results closely mirrored dose from our registrational Phase 3 trial. Having previously received orphan drug designation by Japan's Pharmaceutical and Medical Device Agency, we expect a priority review, putting us on track for both a decision by Japanese authorities as well as launch in 2025. Shifting focus to our broader pipeline, we are very excited to report the first of many upcoming data readouts last quarter. In this data readout for Jeune Aesthetics KB301, we reported clear and clinically significant improvements in not only wrinkles, but many other skin attributes, including radiance, hydration and crepiness. This robust efficacy signal taken together with our previous reports of durable benefit positions KB301 as a potentially transformational product in the field of regenerative aesthetics. We look forward to progressing KB301 into Phase 2 next year. This is just the beginning. Before the end of the year, we expect to disclose interim updates on the KB408 and KB707 programs. KB408 is our redosable inhaled therapy for alpha-1 antitrypsin deficiency which is currently being evaluated in a Phase 1 SERPENTINE-1 study. SERPENTINE-1 is an open-label, single-dose escalation study in adult patients with AATD to allow assessment of safety, tolerability, alpha-1 antitrypsin levels and key pharmacodynamic biomarkers. With strong enrollment and a recent protocol amendment to include bronchoscopies in Cohort 2, we hope to provide interim molecular data before the end of the year. A readout, we expect to showcase the significant potential of HSV-1 for gene delivery to the lung. KB707 is a modified HSV-1 vector designed to deliver genes encoding both human IL-12 and IL-2 to the tumor microenvironment and promote systemic immune-mediated tumor clearance. Two formulations, one for the intratumoral injection and the other for delivery via inhalation are being evaluated in Phase 1 dose escalation and expansion studies. Both studies are enrolling well. And with this phase, we expect to share an interim data update focused on safety and early immune profiling data before end of the year. I'm also happy to share that intratumoral KB707 was granted a rare pediatric disease designation for the treatment of rhabdomyosarcoma, both inhaled and intratumoral KB707 has now been granted Rare Pediatric Disease Designation and Fast Track designation by the FDA. We expect additional data updates in 2025, including follow-on updates on our oncology programs as well as initial data from our ongoing Phase 1 study evaluating inhaled KB407 for cystic fibrosis. We recently activated two additional clinical sites in our Phase 1 CORAL-1 study evaluating KB407 and are now on a path to report intermolecular data for KB407 in the first half of 2025. Finally, we are on track to both start and report interim data from our registrational trial IOLITE next year. IOLITE will be a single-arm, open-label study designed to evaluate KB803, our newly developed ophthalmic formulation of B-VEC for the treatment of ocular complications in DEB patients. In the interim, we continue to enroll in a natural history study to prospectively collect data on the frequency of corneal abrasions in patients with DEB. This study will also serve as a run-in period for patients who may be eligible to participate in IOLITE and should enable us to accelerate enrollment in this registrational study. We have entered an exciting period for Krystal as we unveil trial results that we expect will highlight the versatility of our gene delivery program. We look forward to sharing these updates as they unfold and advancing our pipeline of uniquely differentiated genetic therapies. With that, I would like to turn the call to Kate.