Thanks, Rick. Starting with preeclampsia, we are very pleased with our progress in this clinical program. Less than a year ago, our collaborators submitted the first draft of the protocol to the Tygerberg Hospital's Ethics Board. Since then, we have obtained ethics approval, clearance from the South African Health Products Regulatory Authority, South Africa's equivalent of the US FDA, and have begun dosing preeclamptic mothers. This marks the first study of DM199 in a pregnancy-related condition, a vulnerable setting where both the mother and fetus are considered patients. We believe these significant accomplishments within a short time frame underscore DM199's potential as a treatment for this serious condition. All of this was made possible by the strong collaborations we've built with leading KOLs and trialists. Our partners at the University of Melbourne and Stellenbosch University were immediately drawn to DM199 for its promising safety profile, its ability to produce nitric oxide and its potential to lower blood pressure. Most notably, DM199 is a protein of a sufficiently large molecular size that it is not expected to cross the placental barrier, offering a key safety advantage for the developing fetus. In contrast, small molecule antihypertensives passively diffuse across the placental barrier and some are contraindicated in pregnancy because they cause fetal harm. We have repeatedly demonstrated that DM199 can lower blood pressure in humans and believe that this supports the hypothesis that DM199 can lower blood pressure in pregnant women. Compared to other therapeutic areas like oncology, which have advanced more rapidly in recent years, the treatment of pregnancy complications remains outdated. No FDA-approved treatments exist for preeclampsia despite the growing burden of this disease. To our knowledge, DM199 is the only novel agent currently being dosed in pregnant women with preeclampsia. Existing blood pressure medications used in preeclampsia do not enhance nitric oxide signaling, which is critically impaired, leading to reduced blood flow to the fetus, nor do they improve preeclamptic endothelial dysfunction, they merely manage symptoms. Preeclampsia is a progressive disease, and these outdated treatments lose effectiveness or fail over time. By augmenting nitric oxide signaling, we hope that DM199 can not only lower blood pressure, but also improve underlying endothelial dysfunction, offering benefits such as increased blood flow to the fetus and reduction of dangerously high blood pressure in the mother going beyond symptom management. For context on the limitations of existing hypertension treatments, the PRESERVE 1 study of early onset preeclampsia in the United States found that approximately 50% of women delivered within five to six days of study enrollment due to refractory or uncontrolled hypertension despite receiving maximal intervention. On average, participants delivered before 30 weeks of gestation, exposing the baby to significant risks. This highlights the aggressive and progressive nature of preeclampsia and underscores the urgent need for therapies that can successfully manage symptoms and ultimately go beyond this to target the underlying endothelial dysfunction. At these early gestational ages every additional day of prolonging pregnancy is crucial. Turning now to our investigator-sponsored Phase 2 trial. We are currently dosing women in Part 1A, the dose escalation portion of the study. Each dose cohort consists of three patients. If no safety concerns arise, we proceed to the next cohort at a higher dose. Part 1A may include up to 10 cohorts with the lowest IV dose starting at 0.1 microgram per kilogram and the highest at 2.5 microgram per kilogram. For reference, our IV dose in the stroke program is 0.5 micrograms per kilogram. Once a dose is identified in Part 1A, that achieves clinically meaningful blood pressure reductions without causing hypotension, we will advance the Part 1B, an expansion cohort of 30 additional patients designed to confirm the optimal dose. We are pleased to report that multiple dosing cohorts in Part 1A have been completed with DM199 appearing to be well tolerated and no serious adverse events or signs of pathological hypotension being reported. We look forward to showing results from Part 1A, which we anticipate in the second quarter. Turning to our stroke program. We are pleased to announce that we have activated 30 clinical sites, which we describe as our critical mass to generate a more steady stream of enrollments. Increasing overall activity levels and communications between sites is important in creating that healthy, professional competition to keep our study front of mind amongst our study sites. I would also note that the bulk of these sites are operating under our latest protocol, version 5.0. This version of the protocol, among other things, allows DM199 to be stored at refrigerated temperature and expands the eligible population to include patients not responding to thrombolytic treatment. Refrigerated storage enables the study drug to be sent with the participant when they leave the hospital, potentially simplifying the logistics of the participant receiving their subcutaneous injections for the entire three-week treatment period. And for patients who haven't improved for at least six hours after thrombolytic treatment, providing the remaining enrollment criteria are met, they may be enrolled in our trial. This change in addition to increasing the number of potential patients for ReMEDy2 brings in a patient population that can be a good group for evaluation in our trial. In our initial stroke trial, ReMEDy1 post-hoc analysis of similar participants showed the most favorable improvement in the rate of full or nearly full recovery. The protocol also allows for enrollment of patients with occlusions of the M2 segment of the middle cerebral artery and the posterior arteries. This is a very significant change given the recent negative results of three mechanical thrombectomy of middle-sized vessel occlusion studies announced at the IST conference last month. I can share with you that sites are very positive about version 5 of the protocol. Building on this, our clinical and medical affairs teams continue to work on ensuring that once activated, study sites feel comfortable and well supported to enroll participants. In particular, they need to be comfortable that any participant they enroll will be able to receive treatment through the three-week dosing period as the participant moves from the hospital to any intermediate care facility and ultimately home. Developing this comfort level requires a great deal of personal contact between our clinical team and the study sites. By the end of last year, we had a wide variety of resources available to provide any assistance the site might require and open lines of communication to ensure that the sites are aware of such options. Complementing these efforts, our medical affairs team has been investing time meeting in person with study teams to discuss the potential benefits of DM199 and the importance of the ReMEDy2 trial. This is done in a lunch-and-learn format to maximize the number of site personnel that can hear and engage with us on the trial. The team has also been coordinating peer-to-peer calls between study coordinators so that these professionals can share directly with each other thoughts and ideas on the things that work and don't work in managing participants through the study. Members of senior management have also been visiting the sites projected to be high enrollers. As we look back on the progress we've made to date, we note that even with highly interested physician investigators, it has been and is taking significantly more time to get sites through the engagement, planning and setup process. We believe this is related to lower staffing levels in research units in this post-COVID world. In hindsight, our expectation that restoring support for research at study size would have been a higher priority. But in the end, we underestimated the required start-up time. As I described, we've increased our level of engagement to overcome these issues. And though we're very encouraged by the uptick in enrollments in 2025, we've updated our expectations for the interim analysis for the first half of 2026. We'll provide a further update after we hit enrollment of 25%. In other ReMEDy2 related developments, we've had a great experience at the February 2025 International Stroke Conference. This was held in Los Angeles and our booth received considerable attention, and we hosted a reception for our current and potential study sites, which was very well attended. At this conference, results from three studies of mechanical thrombectomy and medium vessel occlusions were announced. None of the studies reported success. These results have the potential to benefit ReMEDy2 enrollment in that these patients are candidates for our trial. The European Stroke Conference is coming up in May, and we look forward to another opportunity to build awareness of DM199 and our ReMEDy2 trial. And as we announced yesterday, the scheduled safety review of the new IV dosing rates implemented upon resumption of our trial was completed in January. Our independent Data Safety Monitoring Board conducted a comprehensive review of safety data from all then enrolled participants, and no significant safety concerns were identified. Their conclusion was that the ReMEDy2 trial should continue without modification. Also in February, a paper providing an analysis of the mechanism of action of DM199 and its potential benefit for AIS patients appeared in a peer-reviewed publication entitled recombinant human tissue kallikrein-1 for treating acute ischemic stroke and preventing recurrence. This publication is now available online and was published in the February 2025, Issue of Stroke. This paper provides scientific insight into DM199's mechanism for increasing collateral circulation and salvaging brain tissue at risk from infarction following an AIS. I'll now turn the call back to Rick.