Thanks, Charlie. In our pipeline, we're making great progress already this year advancing both BCX1775 in Netherton syndrome and Avoralstat in diabetic macular edema towards meaningful clinical data readouts and submitting our NDA this year to expand the range for Orladeo to kids ages two to eleven. I'll start with Netherton syndrome, a severe disease that has no approved treatments and for which we will have initial clinical data later this year as we evaluate BCX1775 for the potential to deliver a functional cure. Patients with Netherton syndrome have a genetic mutation causing abnormal skin turnover and inflammation with premature separation and peeling of the outer layers of skin. They experience intense chronic itching and redness, along with severe atopic symptoms like asthma and food allergies, which means the patients live with a disease that involves much more than red peeling skin. The effect on their health and well-being is profound. One patient I spoke with described the constant battle she faces to keep her skin in good condition, spending hours a day applying ointments and lotions all over her body. Everyday life for her means having itchy, fragile skin, and being unable to prevent it from peeling off in big pieces. Even with her best efforts, she's still been in the hospital multiple times for infections as a child and also as an adult. There are no disease-modifying options for patients like her even though she has a confirmed diagnosis and sees specialists for her care. Our goal is to change this. We've engineered BCX1775 to replace the missing protein function and to deliver this with very high potency. For subcutaneous delivery potential and high affinity, the ability to stick to the target for a long time and have a lasting effect. We are aiming for a long dosing interval, every two weeks or longer, which we believe could deliver a differentiated therapy for Netherton syndrome. Today, BCX1775 is in a phase one trial with dose escalation underway in healthy volunteers. Next, we will start dosing patients, and we plan to have data this year to confirm that the drug gets to the skin in patients and that the drug has the intended biomarker activity on the target KLK5 in the skin. These patients will receive multiple doses of the drug so we can assess for healing of the skin using known endpoints for chronic skin disease. Because there is no cure for physicians to offer patients, we believe Netherton syndrome is underdiagnosed. What we know today is that Netherton syndrome is an ultra-rare disease and our studies estimate about 1,600 patients in the US, based on the reporting of a known feature called bamboo hair. We also know that patients with a diagnosis of severe ichthyosis inflamed scaly skin may not be tested for the genetic mutation and yet many may in fact have it. We've seen how diagnosis rates change once a disease-targeting treatment becomes available for a rare disease. Not too long ago, HAE was thought to affect only about 2,000 patients in the US, but today, changes in therapy led to a known market more than five times the initial estimate, about 11,000 patients in the US. It is possible Netherton syndrome will follow this pattern, making it an even more attractive opportunity for a drug like BCX1775. Next in the pipeline, Avoralstat will be moving into the clinic in patients with diabetic macular edema this year. We've had a lot of interest from physicians in pursuing an alternative mechanism to treat DME because VEGF inhibitors are effective only for a little over half of all patients. This gap in treatment leaves many with continuing loss of visual acuity, making independent living more and more difficult. Earlier this year, we presented images from a preclinical model that showed the cessation of vascular leakage after a suprachoroidal injection of Avoralstat, a plasma kallikrein inhibitor. The images, which you can see on slide nineteen, are from an animal model of retinal vascular leakage and show the change in that vascular treatment with Avoralstat. This effect lasted through twenty-one days before leaking started to return by the next time point of day thirty-six. This is a clear effect, and we believe it demonstrates the involvement of the plasma kallikrein-bradykinin pathway in retinal leakage. And importantly, provides strong evidence that plasma kallikrein inhibition may be an alternative pathway for reducing retinal vascular leakage. Of course, the real assessment of potential for both efficacy and durability in treating DME can only be made in patients. We look forward to moving the program to the clinic later this year. We plan to enroll patients with newly diagnosed DME and including patients who received a few injections of anti-VEGF therapy. Our goal is that by the end of the year, we may be evaluating for activity such as measurable changes in edema in the first few patients on the trial. And last, following Charlie's description of the robust real-world evidence we're presenting this coming weekend at Quad AI, I'm really excited to report that the first data from our APEX-P trial with the pediatric oral granule formulation of Orladeo in children under twelve with HAE will be highlighted in a late-breaking abstract on Sunday. This is the largest trial to date evaluating prophylactic therapy for HAE in this age group, and we are thrilled with the results. I want to thank all the children and their families and our investigators who made this trial possible. There is an urgent medical need for an oral therapy to prevent HAE attacks in children. Both a pediatrician and a mom, I am truly excited that we are getting closer to making Orladeo available for children with HAE. In the APEX-P trial, we saw that the granules were safe and well-tolerated in this pediatric population, and children achieved early and sustained reduction in monthly HAE attack rates. In fact, twenty-five out of twenty-nine children remain on the study. These results for safety and efficacy are consistent with the adolescent and adult experience, and we are on track to file our NDA this year. We also learned that children with HAE are experiencing severe swelling attacks at a very young age, with a median age of onset at two years. These findings support an earlier age of symptom onset and need for HAE prophylaxis than has generally been understood. And we've learned that the oral granule formulation for Orladeo also allows simple prophylaxis with great attack control to be provided for the youngest children. These outstanding data will be included in our NDA submission, which is on track for later this year. So we have a very exciting 2025 ahead, with the pediatric NDA for Orladeo and our initial clinical data coming from both our Netherton syndrome and DME programs.