Thank you all for joining us for our Q3 2025 earnings call. I am joined this morning by Dr. Julie Krop, our Chief Medical Officer; and Scott Kellen, our Chief Financial Officer. We've continued to make meaningful progress across both our clinical programs since Q2, and I'm pleased to share our recent developments and upcoming milestones with you today. As most of you know, DM199 is our lead product candidate, is a recombinant form of the naturally occurring human tissue KLK1 protein. KLK1 enhances blood flow and vascular health by increasing levels of 3 key endothelium-derived vasodilating factors through activation of the bradykinin pathway. These are nitric oxide, prostacyclin and endothelum-derived hyperpolarizing factor. We believe that this mechanism is why DM199 is well suited to improve patient outcomes for preeclampsia, fetal growth restriction and acute ischemic stroke, indications associated with vascular pathology. Starting with the preeclampsia program. Meaningful progress has been made, since we announced the positive interim results in July from Part 1a of our investigator-sponsored Phase 2 trial being conducted in South Africa. We believe that these interim results validate the biological activity of DM199 and provide a strong basis for the expansion of this clinical study into the early onset preeclampsia and fetal growth restriction cohorts. Additionally, this data, which includes the confirmation that DM199 did not cross the placental barrier places DM199 in an unique position with respect to safety and reduced risk in this very vulnerable patient population. We're grateful for Professor Cluver and her team as their work helped us tremendously as we prepare for our planned upcoming U.S. trial. Just to briefly review the interim results Part 1a of the study was conducted in pregnant women with preeclampsia planned for delivery within 72 hours. We continue to believe that these interim results demonstrate that DM199 has the potential to be a first-in-class disease-modifying treatment option for preeclampsia. We based our assessment on 3 key factors: First, blood-pressure data from cohorts 6 through 9 demonstrated clear dose-dependent and statistically significant reductions in both systolic and diastolic blood pressure. Signaling DM199's potential to control maternal hypertension associated with preeclampsia. I would point out the importance of this, given the results of one of the more recent preeclampsia trials the PRESERVE-1 antithrombin study, in which approximately half of deliveries were initiated due to out-of-control hypertension. Suggesting that better control of blood pressure could have prolonged pregnancies in these patients. 2, improve placental perfusion. In Part 1a of our recent Phase 2 results, DM199 treatment produced a statistically significant reduction in the uterine artery pulsatility index, a doppler-based assessment of arterial resistance, suggesting improved uterine artery blood flow and enhanced placenta perfusion. And 3, we believe that these improvements were driven by improving endothelial function believe to be an on-target mechanistic response to DM199 therapy. By improving or restoring endothelial function (sic) [ dysfunction ], DM199 has the potential to reverse vascular injury caused by preeclampsia. Having the potential to control hypertension, improve endothelia dysfunction and improve placental perfusion, supports our belief in the potential for DM199 to be a first-in-class disease-modifying therapy for this life-threatening condition, which has no available treatment options. During the third quarter, Professor Cluver advanced and completed Cohort 10 of Part 1a, which dose participants at 2.5 micrograms per kg IV and 15 micrograms per kg subcutaneously and further initiated dosing in the expansion cohorts of an up to 12 additional patients at the expected therapeutic dose level. We anticipate completion of this expansion cohort in the first half of 2026. For Parts 1b and 2 protocol amendments are being implemented based on clinical learnings from Part 1a to refine the treatment regimen. Part 1b includes patients, who will be delivering within 72 hours. Part 2 will enroll women with early onset preeclampsia, who are cannabis for expected management or prolongation of pregnancy. Part 3, the fetal growth restriction cohort includes participants with fetal growth restriction, but who do not have preeclampsia, we anticipate screening to start in the coming weeks. We're also preparing to conduct a Phase II preeclampsia trial in the U.S. We completed an in-person pre-IND meeting with the FDA, where we believe we've had a productive meeting, and we look forward to providing an update after receiving the final meeting minutes. We anticipate the upcoming U.S. Phase 2 trial will be conducted in early onset preeclampsia patients. This treatment for this group is referred to as expected management, which is the preeclampsia patient population with the greatest unmet medical need. Turning to our stroke program. Let me ask Julie to provide an update.