Thanks, Joe. Now in order to understand the scope of our opportunity in oncology, I think it helps to recall that our program follows groundbreaking insights made by investigators at the University of Chicago, who hypothesized that cortisol activity at the glucocorticoid receptor promotes solid tumor growth in 3 ways. First, it's anti-apoptotic, so it blunts the effectiveness of chemotherapy. Second, it provides alternative growth pathways for prostate cancer tumors being treated with androgen deprivation medication. And third, it suppresses the immune system, reducing the effectiveness of immunotherapy in the treatment of cancer. Increasing apoptosis by blunting cortisol activity is a very broad platform. It applies to all solid tumors that express the glucocorticoid receptor. Published research has shown that about 60% of solid tumors express the GR, and they do so at every stage of treatment. Our oncology program is built on the belief that antagonizing the effects of cortisol at the GR can benefit many, many more patients. And a prime example of that is shown by the women from our Phase II and pivotal Phase III ROSELLA studies who received relacorilant in addition to nab-paclitaxel and experienced extended progression-free survival and live longer than the women who were treated with just nab-pac alone. Now remember, nab-pac is one of the most potent treatments for women with this disease and adding relacorilant led to an even better result and remarkably without adding to the safety burden of the women who received it. Adverse events with relacorilant plus nab-pac were comparable in type, frequency and severity to nab-pac monotherapy. As I review the data, relacorilant is a remarkably well-tolerated drug. The medical field understands the importance of our results because the data from ROSELLA were presented at high-profile forums this year, including late-breaking oral sessions at both ASCO and ESMO annual meetings. And ROSELLA findings were published in The Lancet, one of the world's most preeminent journals. Our goal now is to undertake studies that will extend this work in 3 ways: first, in earlier lines of therapy for ovarian cancer; second, in new types of solid tumors; and third, combining our proprietary GR antagonist with additional regimens. So the first study advancing this goal is a Phase II BELLA trial. BELLA's initial objective is to treat and test the additional benefit of relacorilant may bring when combining it with nab-pac as well as bevacizumab, which is a potent drug that is commonly used to treat patients with platinum-resistant ovarian cancer. Due to the strong interest in our program by investigators around the world, this study has enrolled patients much faster than we expected. And as Joe mentioned, we will have the results by the end of 2026. But this is just our first step. BELLA's protocol allows us to add more arms to the study that include patients with different types of solid tumors. Currently, we are going to add 2 new arms. The first will evaluate relacorilant plus nab-pac and bevacizumab to treat patients with platinum-sensitive ovarian cancer, an earlier stage of the disease. In order to enroll in this arm, patients must have progressed on a PARP inhibitor, which is the subgroup that experienced profound benefit in ROSELLA, and we just presented that data at the ESMO conference. The second new BELLA arm will evaluate the potential of relacorilant plus nab-pac to treat patients with endometrial cancer. Separately, we are also initiating a Phase II study of relacorilant plus nab-pac in patients with cervical cancer in collaboration with ARCAGY-GINECO, which is an academic clinical research group specializing in gynecological cancers. These new studies will enable us to triple the potential number of women with gynecological cancers that we can help each year in the United States from 20,000 patients with platinum-resistant ovarian cancer to 60,000 patients. We are also targeting other tumors with significant unmet medical needs. We are initiating a Phase II study in patients with pancreatic cancer by combining relacorilant with the first-line standard of care regimen of nab-pac and gemcitabine. All of these studies will begin enrollment in the coming weeks and should enroll very quickly like all of our past studies have done. The results will be guideline enabling with a particular focus on the National Comprehensive Cancer Network or NCCN guidelines. These studies will also inform our future development decisions. In addition to exploring cortisol receptors antagonism potential to resensitize tumors to chemotherapy, we are evaluating its use in combination with antigen deprivation therapy. Our collaborators at the University of Chicago are currently enrolling a randomized placebo-controlled Phase II trial of relacorilant plus enzalutamide in patients with early-stage prostate cancer to determine if GR antagonism can block a cortisol-mediated tumor escape route. Another possible role of cortisol receptor antagonism is in combination with immunotherapy. Immunotherapy has emerged as a standard of care cancer treatment with more than 200,000 patients in the United States receiving this form of therapy each year. Because cortisol suppresses the immune system, it may blunt the effectiveness of cancer therapies intended to stimulate an immune response. Adding a GR antagonist to immunotherapy may enhance their effectiveness. Therefore, in the coming weeks, we are initiating a Phase Ib dose-finding study of nenocorilant, our new proprietary selective cortisol receptor antagonist in combination with nivolumab, a PD-1 directed immunotherapy to treat patients with a broad range of solid tumors. We've embarked on a mission to advance GR antagonism to help many patients with a broad range of solid tumors. Our ROSELLA study produced exciting confirmatory evidence of our hypothesis, and there is much more to come. We look forward to updating you on our progress. I'll now turn the call back over to Joe.