Thank you, Charlie. Good morning. Today, I'm pleased to share an update on recent significant milestones for our pipeline programs. First, we've submitted our pediatric NDA for ORLADEYO to FDA, introducing an oral granule formulation for patients aged two to 11 with additional filings in Europe, Japan and Canada also this year. This would be a significant advance in the treatment of children with HAE as it would be the first targeted oral prophylactic therapy for this age group. Next, I'm pleased to report that we received authorization to initiate patient enrollment for both the pipeline programs following ORLADEYO, BCX17725 in Netherton syndrome and avoralstat in diabetic macular edema, which is an important step on our path to having initial clinical data in patients for both programs by the end of the year. Today, I'll focus on the Netherton syndrome program in detail and provide more information about the trial design, what we're looking for and what to expect by the end of the year. First, I'll describe why we're so excited about the potential for 17725 as a transformative treatment for people living with Netherton syndrome. This is a devastating illness. Its consequences are very serious and lead to lifelong impacts on health and well-being. We've heard from patients that the lack of treatment leads them to withdraw from medical care. We recently heard exactly the same feedback from our clinical site investigators. Just as it's been for other rare diseases like HAE, we expect introducing a new potential treatment that could revolutionize care, will attract patients back into the care system and into clinical trials. We designed 17725 to address the fundamental pathology that causes Netherton syndrome, every aspect of which is ultimately caused by a genetically determined lack of an essential skin protein called SPINK5, also known as LEKTI. Normally, this protein stops cells in the outer layer of the skin from prematurely separating from the cells below. It achieves this by controlling the activity of key kallikrein, KLK5, which digests bridging proteins that glue the outer layer skin cells together. In Netherton syndrome, there is no breaking mechanism for this, because KLK5 is continuously on. And so skin cells quickly separate and are lost. What that causes is a massive disruption of the essential barrier functions of the skin, which normally keeps warmth and moisture inside and microorganisms outside, but not in Netherton syndrome. And in addition, KLK5 directly activates the rest of the kallikrein cascade in the skin via KLK7 and KLK14. Through cascading, pathologic inflammatory and allergic pathways, the effect is magnified down into the deeper skin and tissue layers, ultimately also resulting in systemic inflammatory and atopic effects like asthma and food allergies. All this stems from one faulty gene, leading to the lack of one protein SPINK5, the regulator for KLK5. This means KLK5 is the key pharmacologic target in this disease, because it's the pinnacle protein, the one at the very top of the cascade that drives the whole process as we see in Slide 13 in today's presentation. Our scientists engineered 17725 to replace the function of that missing protein in its control of KLK5. So we have tremendous confidence in the target and the pharmacologic approach we are taking based on significant experience of our scientists and many others who have published their clinical and preclinical work. A big challenge with a protein therapeutic in this disease is to get enough drug into the epidermis and have it stay put. The epidermis or the outer layer of the skin is where it needs to act. So to give us the best chance of success, our scientists designed this molecule with far greater potency compared to the natural inhibitor and very high affinity or stickiness for KLK5. These features give us the best chance to minimize the dose necessary and make every molecule that finds the target count by binding tightly and blocking KLK5. Today, we're reporting that the IND has cleared in the U.S. for enrolling patients with Netherton syndrome into our Phase 1 trial. This clinical trial is set up to tell us quickly whether we've met our objectives and design of the drug. The trial plan is outlined on Slide 14. We're currently dosing healthy volunteers to evaluate basic information on exposure and safety, and we're now identifying sites in both the U.S. And Australia for the patient arm of the study. Patients will be given four weeks of treatment and about two months of continuing evaluation beyond that. Building on this, we also plan to expand the trial later in the year to evaluate a longer 12 week course of treatment as we learn more about the drug. Cohort size will be small as we expect to gain a significant amount of information from just a handful of patients and perhaps from every patient. To best inform the design of future trials and to provide early insights into the therapeutic potential of 17725, we need to understand how the drug behaves in patients living with Netherton syndrome. To do this, we'll be looking at drug levels in the epidermis, both by using adhesive tape to collect skin epidermal cell samples and with small skin biopsies. We would be thrilled to see the presence of 17725 in those samples and normal levels of skin kallikrein enzymatic activity achieved in patients who have Netherton syndrome, which would provide a strong signal of the potential for clinical efficacy. In addition, we'll be looking at clinical impact. If we don't see clinical benefit at a study dose level and dosing is safe, we intend to progress to higher doses. If we do see clinical benefit as indicated by improvement in measures such as itch score and physician global assessment of severity, we'll have excellent information to inform dose selection for a future pivotal program and even higher confidence in the opportunity for 17725 to be a truly disease modifying therapy for people living with Netherton syndrome. Although it's always a challenge to conduct clinical trials in rare diseases, we have plenty of experience with this and we're very encouraged by the clear enthusiasm for our trial that we heard during our recent clinical site visits. We look forward to sharing our initial Phase 1 trial data in patients with Netherton syndrome by year end. And now, I'll hand the call back to John for a financial review.