Thank you, Todd. Transitioning now from growing our core ZORYVE business in our currently approved indications to expanding the ZORYVE franchise by exploring potential new indications for ZORYVE. Pursuing new patient populations that may benefit from ZORYVE has been a principal focus for our clinical development strategy from the outset. This is evidenced by the 5 expansions we have secured across plaque psoriasis, seborrheic dermatitis and atopic dermatitis following our initial plaque psoriasis approval in 2022. We believe that there are additional skin diseases that may respond to and more patients who may benefit from ZORYVE. This belief is not only supported by our understanding of ZORYVE's broadly applicable anti-inflammatory and antipruritic properties as well as its potential impact on stimulating melanocytes, but also by the direct and ongoing feedback we've received from health care providers in the field on their real-world ZORYVE experiences. So that you can understand how and why ZORYVE has potential across such a breadth of skin diseases, I want to take a moment to reorient you to ZORYVE's MOA, its mechanism of action. Notably, it's pleotropic nature. ZORYVE inhibits phosphodiesterase 4 or PDE4. It's an enzyme that plays a key role in inflammation. PDE4 regulates inflammation by increasing levels of cyclic adenosine monophosphate or cyclic AMP an intracellular messenger in immune cells. The increase in cyclic AMP in turn impacts multiple biological processes implicated in immune-mediated inflammatory skin conditions. Specifically, it reduces the expression of multiple key pro-inflammatory cytokines, including interferon gamma, type 1 interferon alpha, TNF alpha, IL-4, IL-6, IL-17 and IL-23, which spans signaling through the TH1, TH2 and TH17 immune-mediated responses. PDE4 also plays a key role in sensory neuron activation. So inhibiting PDE4 likely direct likely directly mediates the itch sensation. PDE4 inhibition also normalizes keratinocyte activation and differentiation, which can lead to mitigation of the epidermal barrier dysfunction that occurs in many inflammatory dermatosis. And finally, it increases melanocyte proliferation, melanocyte gene and protein expression and protects melanocytes from apoptosis. The breadth of mechanisms and pathways that ZORYVE impacts stands in stark contrast to the very limited and specific pathways targeted with biologics for inflammatory dermatosis. These targeted therapies generally impact one or a handful of cytokines involved in the inflammatory cascade. This narrow focus limits the ability of these therapeutics to be applied widely across dermatosis in the same way that ZORYVE. For example, inhibiting IL-23 is wonderful to treat psoriasis, but it has no impact on atopic dermatitis or many other inflammatory dermatoses, ZORYVE's unique pleiotropic MOA may also be an important differentiator between it and other topical anti-inflammatory treatments. Critically, ZORYVE affects this broad set of inflammatory pathways in inflammatory dermatosis without causing systemic immune suppression and thus avoids the deleterious effects that often a company knocking down the immune system broadly with systemic therapeutics. It also avoids many of the deleterious side effects of topical steroid usage, including local skin adverse effects as well as systemic adverse effects such as HPA access suppression, glycemic rate dysregulation, osteoporosis and osteoporotic fractures and ophthalmological AEs. ZORYVE's comprehensive MOA, coupled with a very favorable safety and tolerability profile enables us uniquely to have broad application across an exceptionally wide range of indications and patient populations. To date, this spanned plaque psoriasis, AD and seborrheic dermatitis. It may also enable us to treat diseases where topical corticosteroids have no impact or not used, such as hidradenitis separative and [ Haley Haley ] disease or where their efficacy is low and use is limited due to topical adverse events, as is the case in vitiligo and cutaneous lupus. Now I'd like to talk about how ZORYVE [ pleatropic ] MOA translates broadly in the clinical setting. As part of our obligations as a manufacturer of ZORYVE, our medical team monitors this clinical feedback. To date, as shown on Slide 29, we've identified more than 40 published case reports from clinicians who've used ZORYVE in a multitude of other inflammatory dermatosis that have seen encouraging signs of efficacy. These clinicians have experienced a safe, tolerable, versatile and effective profile of ZORYVE in their psoriasis, AD and seb derm patients that have independently chosen to investigate novel applications of the therapy. The efforts of these clinicians serve as valuable initial signals that our life cycle management process then builds upon. This pursuit of potential new indications is aligned with our original understanding of ZORYVE's pipeline in a molecule opportunity, our approach to assessing these potential opportunities is stepwise and resource efficient as outlined by the simple graphic on the right-hand side of this slide. As indications of interest come to light, we'll conduct exploratory Phase II proof-of-concept studies where appropriate to evaluate the degree of response and understand potential safety and efficacy. Based on the results of these initial studies, our analysis of the unmet need and the addressable patient populations for a given disease as well as discussions with regulatory agencies will then decide if proceeding with a registrational trial is prudent use of capital given the anticipated return on investment. Importantly, the investment we plan to make in pursuit of these additional potential indications involves very efficient deployment of capital. For the FDA to approve ZORYVE for these additional patient populations, we would immediately realize operating leverage on our existing sales force, supply chain and operational foundation already in place to serve patients for our core ZORYVE business. As we reviewed on our Q2 call, we selected 2 initial exploratory indications, vitiligo and [ hydranitis ] super tivo or HS, and our underway with proof-of-concept Phase IIa studies, and we anticipate initiating several other Phase II studies in 2026. On Slide 30, you can see select images from compelling case reports, we've received in patients with just some of the skin diseases that were listed on the previous slide, lupus, [ Haley Haley ] disease and neurodermatitis of the scalp. Now I'd like to turn to the unmet needs and potential opportunity in vitiligo and hydrants [ Superteva]. The first 2 potential indications we're exploring based on case reports from the field, starting with vitiligo on Slide 31. The immune-mediated inflammatory condition, this immune mediated inflammation condition is characterized by the loss of pigment or melanin and patches of the skin, resulting in white or light colored areas. In vitiligo, the body's immune system mistakenly attacks and destroys melanocytes, which are cells responsible for pigment production and skin pigmentation. There are several vitiligo types based on patterning distribution of depigmented patches and nonsegmental or generalized is the most common. There's no cure for vitiligo. Topical corticosteroids have been standard of care but have limited efficacy and the prolonged use side effects can be a challenge. Opzelura received approval by the FDA in 2022 for the treatment of nonsegmental vitiligo and nearly half of Opzelura's current usage is for this indication. You'll recall that as part of the multi-pathway MLA, PV4 inhibition with roflumilast, the active ingredient in ZORYVE that only regulates inflammation, the underlying cause of vitiligo, but also increases melanocyte proliferation, melanocyte gene and protein expression and protects melanocytes from hepatosis. In line with the MOA, we've been highly encouraged by multiple case reports from clinicians who pursued vitiligo as a novel application of ZORYVE and showed success treating vitiligo with ZORYVE 0.3% cream once a day. In the ongoing Phase II proof-of-concept study, we plan to enroll 20 patients in determining whether to advance the program to a Phase III trial, we'll consider the clinical profile we see in the Phase II trial, along with data observed in the field. A rigorous evaluation of the commercial opportunity we would expect based on clinical results and how that compares to results from our other life cycle management trials. For vitiligo, in particular, a clinical result that we may find compelling could be Opzelura-like efficacy with more rapid onset of symptom relief and a more convenient dosing regimen. While we, of course, need input from regulatory agencies in determining what an appropriate Phase III trial design might look like, we anticipate the size and cost of registrational program would be similar to those that we've conducted with ZORYVE approved indications. However, the duration of treatment on how quickly the disease respond to treatment could impact development cost. We believe that there are aspects of ZORYVE's profile that would make it a compelling therapeutic option relative to the current available treatments such as a once-daily dosing and the fact that ZORYVE is not contraindicated with therapeutic biologics or immunosuppressants. Now let's take a look at ZORYVE's potential opportunity in [ hydriditis superativa], or HS, on Slide 32. HS is a chronic recurrent and inflammatory skin condition that causes painful nodules, abscesses and tunnels. Currently, diagnosis and treatment rates remain low as treatment options are limited. HS involves disregulation of several key immune pathways addressed by ZORYVE's MOA, including TNF alpha, IL-6, IL-17 and 23 and interferon gamma. Topical and oral antibiotics are common first-line therapies for mild HS, but provide insufficient relief with a high proportion of patients not improving or relapsing. Beyond antibiotics, options are limited to systemic therapeutics, including corticosteroids, expensive biologics or difficult surgical procedure-based therapies. It's also worth noting that there are extensive off-label experiences with a [indiscernible], an oral PDE4 inhibitor in the treatment of HS. In short, this is a painful, very difficult to manage chronic disease with many patients not served by the currently available therapeutic approaches. It's our belief that an effective nonantibiotic topical anti-inflammatory would be an important therapeutic option in the treatment paradigm of these underserved patients, particularly at the milder end of the severity spectrum. In the ongoing Phase II proof-of-concept study, we plan to enroll 20 patients, evaluate the efficacy, tolerability and rate of relief onset provided by ZORYVE how we approach the decision on whether to advance the program to a Phase III trial will be equivalent to the approach in vitiligo. We'll evaluate the strength of clinical data and implicit commercial opportunity and hold that against other opportunities we have across our life cycle management program. The addressable patient population is also compelling with a 3 million to 3.5 million patient prevalence. Unfortunately, the diagnosis rate amongst these patients is low at less than 15%, in part driven by a dearth of effective therapeutic interventions, which are available. Industry projections predict substantial expansion of the diagnosis and treated HS population over the next decade based on the belief that much like psoriasis and atopic dermatitis before it, new therapeutic options should drive greater disease awareness, diagnosis and broader treatment. Currently, development of novel therapeutics for HS is most concentrated in the more severe stages of disease and primarily consists of systemic treatments. We believe that ZORYVE, if it demonstrates activity in the clinic, could be an important topical therapy for mild to moderate disease and used in complement to systemic treatments currently approved and in development. Now on Slide 33, you can see compelling examples of the impact of ZORYVE in patients with vitiligo and HS. On the left-hand side, there's visible repigmentation in 2 vitiligo patients over a period of 7 and 5 months. On the right-hand side, you can see meaningful clearance of [ hidradenitis super teva ] lesions over just a 30-day period with reduction of inflammation and also a normalization of pigment. These select examples help demonstrate the encouraging signals that we're receiving from clinicians and why we are excited to further validate the effects of there for these conditions in a controlled clinical setting. I'll now turn it over to Todd.