Thank you, Krish. I would like to start today by acknowledging the hard work of our development team here at Krystal. In recent months, we have dramatically transformed the scope and ambition of our clinical stage pipeline, expanding our clinical programs in respiratory and oncology and starting up new studies in ophthalmology and dermatology. These are all important achievements, none of which would be possible without the outsized contribution of each Krystal team member. Our team also achieved another important milestone in recent weeks, a platform therapy designation from the FDA. This designation granted for our HSV-1 gene delivery platform and currently applicable to our KB801 program could significantly accelerate the path to approval, providing us the opportunity for more frequent interactions with the FDA and as well as the chance to leverage manufacturing and nonclinical safety data from VYJUVEK in our filings. The FDA may also consider previous inspectional findings related to drug manufacture. The platform technology designation is applied for on a program-by-program basis and is currently only granted to KB801, although we intend to apply for this designation for additional programs to ultimately secure the designation and associated efficiencies of our entire pipeline. I'm also excited to report that we remain on track to deliver multiple exciting readouts in the months ahead. We expect our next readout to come from our cystic fibrosis program, KB407. With the backing of the CFFTDN, we have expanded our clinical trial network and are now very close to study completion. We look forward to announcing interim data before year-end, including molecular data from null CF patients to assess the ability of the HSV-1 to deliver full-length wild-type CFTR to the lung. On success, we would expect to immediately move to a repeat dosing study, which should enable assessment of functionality including longitudinal FEV1. With our now expanded trial network and without the requirement for bronchoscopies, we expect a repeat dosing study would enroll quickly, enabling a potential FEV1 data readout next year. Our KB408 program for AATD lung disease is also moving ahead well. Having already confirmed successful delivery of functional AAT in our single-dose study, this program is in repeat dosing, and we expect to be able to provide an interim data update in the first half of next year. Together with KB407, this will serve as a robust data set, demonstrating our platform capabilities in the lung. In ophthalmology, strong enrollment is providing us with greater clarity on the timing of our first readout. Based on current rates, we expect to complete enrollment of our Phase III trial evaluating KB803 for corneal abrasions in DEB patients by end of the year. Enrollment in our randomized placebo-controlled study for KB801 in NK is also progressing well as we continue to onboard new sites globally, setting us for a potential data-rich in 2026. I would also like to share a quick update on our work in oncology, which is increasingly focused on the development of inhaled KB707 for the treatment of non-small cell lung cancer, or NSCLC. As we shared at ASCO over the summer, NSCLC is an indication where we have seen early evidence of monotherapy efficacy even in heavily pretreated and checkpoint inhibitor failed patients. Building on that readout, we were recently granted an end of Phase II meeting with the FDA to discuss potential development pathway for inhaled KB707. Based on FDA's feedback, we now expect that a single Phase III study evaluating inhaled KB707 in combination with chemotherapy versus chemotherapy alone in patients with advanced NSCLC could be sufficient to support a potential registration in combination for second-line NSCLC. In support of this potential registration pathway, we have opened a new cohort in our ongoing Phase I/II KYANITE-1 study to evaluate a fixed dose of inhaled KB707 in combination with chemotherapy. Enrollment in KYANITE-1 is ongoing. Our current expectation is to report interim data from KYANITE-1 in the second half of 2026, at which point, we would also be able to provide an update on registrational study plans and potential for Phase III initiation. Finally, I'm also happy to introduce today a new addition to our clinical pipeline, KB111 for the treatment of Hailey-Hailey Disease. Hailey-Hailey Disease is a genetic blistering disease of the skin linked to the mutation in the ATP2C1 gene and low expression of its encoded calciumtransporting ATPase. HHD is a rare disease with a prevalence that's not well understood. The most common estimate of prevalence is one case for 50,000 patients, although underreporting is possible. HHD is characterized by painful rash and blistering in skin folds with a relapsing remitting course that is exacerbated by heat and sweat. Patients often report debilitating symptoms of pain, itch, burning, body order as well as infections, resulting in severe negative impacts on quality of life, psychological distress and intimacy issues. There are no specific therapies available for treatment of this disease. Building on our experience and clinically validated HSV platform for skin delivery, we designed KB111 to deliver ATP2C1 directly to skin cells, increase ATPase levels and hopefully change the course of this terrible disease. As with VYJUVEK, KB111 is formulated for a topical administration directly to the lesions of HHD patients. We have already confirmed in preclinical studies that KB111 can efficiently transduce skin cells, resulting in functional ATPase expression and last month, cleared our IND. We expect to start an intra-patient randomized, double-blind, placebo-controlled multicenter study evaluating KB111 in HHD patients in the first half of next year. With strong execution across our pipeline and now the added benefits of the platform designation for KB801, we are well positioned to make rapid progress with multiple readouts in months ahead. With that, I'll hand the call over to Kate.