Thank you, Charlie. And thank you everyone for joining us this afternoon. Atabak highlighted our strong commercial performance and the revenue guidance we have set for 2024. A few weeks ago, I had the opportunity to meet with our endocrinology team at our National Field Meeting. The enthusiasm about our prospects in hypercortisolism was palpable. We have the opportunity to help many more patients with Cushing's syndrome. We are reaching a tipping point of sorts, with the medical field increasingly understanding that hypercortisolism is far more prevalent than was previously assumed. Our ongoing Phase 4 CATALYST study will reinforce this emerging understanding, and I believe this study will be a landmark in guiding the future screening and accurate diagnosis of patients with Cushing's syndrome. Catalyst is the largest clinical trial ever conducted to examine the prevalence of hypercortisolism in patients with difficult-to-treat type 2 diabetes. Its investigators are unquestionably the country's top diabetologists. Today, we announced preliminary results from the first 700 patients enrolled. Those results showed a hypercortisolism prevalence rate of 24%, far higher than many in the medical community have believed to be the case in this population. This is a two-part study. The prevalence portion of catalyst continues to enrol patients. Those diagnosed with hypercortisolism can enrol in the treatment phase. The final results from the prevalence phase will be presented in a keynote session at the American Diabetes Association's Annual Meeting in June. The results of the CATALYST study will undoubtedly stimulate physicians to screen patients for hypercortisolism, and many more than are currently identified will be found. Corcept is well-positioned to help them. For more than a decade, we have invested in patient advocacy and education and patient support services that are all based on understanding the journey and needs of an individual diagnosed with hypercortisolism. Our team is proud of these programs, and we are prepared to help what we know will be a growing number of patients in the years to come. As the awareness and diagnosis of Cushing's syndrome increases, we are working with a great sense of urgency to advance relacorilant. This sense of urgency comes from knowing that the compound has compelling efficacy without many of the significant side effects of Korlym. All of our proprietary compounds, including relacorilant, modulate cortisol's effects by binding to the glucocorticoid receptor, a receptor which is activated when cortisol levels are high. They do not bind to the progesterone receptor and, therefore, don't cause some of Korlym 's most serious off-target effects. We are evaluating relacorilant for the treatment of hypercortisolism in two Phase 3 trials, GRACE and GRADIENT. We expect GRACE to serve as the basis for our NDA submission in Kuching syndrome and to build on relacorilant's positive Phase 2 efficacy and safety data. Patients experience meaningful improvements in hypertension and glucose control, as well as the other signs of symptoms of Cushing's syndrome in the Phase 2 study. Relacorilant did not cause progesterone-related side effects, including endometrial thickening or vaginal bleeding. Relacorilant also did not cause drug-induced hypokalemia. Progesterone-related side effects and hypokalemia are leading causes of Korlym discontinuation. Relacorilant's Phase 2 trial results were published in frontiers in endocrinology in July 2021. Our second Phase 3 trial in hypercortisolism, GRADIENT, is studying relacorilant's effects in patients whose Cushing's syndrome is caused by an adrenal adenoma or adrenal hyperplasia. Patients with this etiology of Cushing syndrome often experience a less rapid decline, but their health outcomes are poor, including a significantly higher risk of premature death. While we do not expect our NDA and Cushing syndrome to depend on efficacy data from GRADIENT, we do expect the study to provide valuable information about the treatment of an etiology of Cushing syndrome that affects many patients. It bears repeating that the first phase of our ongoing Phase 4 CATALYST study reinforces the findings from many smaller studies, indicating that hypercortisolism is far more prevalent than was previously assumed. The findings from CATALYST will be entirely relevant to relacorilant as it emerges. As I said, we are working with great urgency and we are on track to submit our relacorilant Cushing syndrome NDA in the second quarter. We are also studying relacorilant as a treatment for different types of cancer. Our most advanced oncology program is in platinum-resistant ovarian cancer, a lethal cancer with few useful treatment options. There is great enthusiasm among the investigators participating in our Phase 3 ROSELLA trial. Enrolment in the study will close shortly and data will be available by the end of this year. The goal of ROSELLA is simply to replicate our positive Phase 2 ovarian cancer trial results. ROSELLA's study design closely tracks our Phase 2 study with a planned enrolment of 360 women. Women enrolled in the study are randomized one-to- one to receive either relacorilant plus nab-Paclitaxel or nab-Paclitaxel alone. The primary endpoint is progression-free survival with overall survival of key secondary endpoint. We are conducting the study in collaboration with leading clinicians from the Gynecological Oncology Group, GOG, in the United States and the European Network of Gynecological Oncology Trials, NGOT Group in Europe. In our successful controlled Phase 2 trial, Relacorilant produced meaningful benefit to many women. While these women's disease had progressed on two or more previous lines of treatment, including previous taxanes, Relacorilant appeared to resensitize their tumors to chemotherapy's beneficial effects. Those who received relacorilant intermittently, the day before, the day of, and the day after they received nab-Paclitaxel exhibited statistically significant improvement in progression-free survival and duration of response compared to the group who received nab-Paclitaxel monotherapy. Women in the intermittent relacorilant group also lived longer than those in the comparator arm. 29% of the patients who took intermittent relacorilant were alive two years after study start, versus only 14% who took nab-Paclitaxel alone. The addition of relacorilant enhanced the effect of chemotherapy, likely by blunting cortisol's anti-apoptotic effect. Just as important, the women who received relacorilant plus nab-Paclitaxel, experienced no additional side effect burden compared to those who took nab-Paclitaxel alone. The results from this study were published in the Journal of Clinical Oncology in June 2023 with an accompanying editorial. Results have been featured in podium presentations in the 2021 and 2022 European Society for Medical Oncology ESMO meetings and the 2022 American Society of Clinical Oncology, ASCO annual meeting. Leading gynaecological oncologists have told us that relacorilant's potential benefits, improved progression-free and overall survival without increased side effect burden, would constitute an important medical advance and that relacorilant plus nab-Paclitaxel has the potential to become a new standard of care in women with platinum-resistant ovarian cancer. A second mechanism by which cortisol modulation may prove useful is by blocking an important tumor growth pathway. Cortisol stimulation is a major reason why patients with prostate cancer treated with the widely prescribed androgen receptor antagonist Enzalutamide eventually experience resurgent disease. Deprived of androgen stimulation, their tumor switched to cortisol activity to stimulate grip. Our hypothesis is that adding a cortisol modulator to androgen deprivation therapy will close this tumor escape route. Our collaborators at the University of Chicago are enrolling a randomized placebo-controlled Phase 2 trial of relacorilant plus Enzalutamide in patients with prostate cancer, before these patients have had an initial prostatectomy. A third cortisol modulation mechanism seeks to treat tumors by enhancing the body's immune response. Cortisol suppresses the immune system, which may blunt the effectiveness of cancer therapies intended to stimulate the immune system. Our hypothesis is that adding a cortisol modulator to immunotherapies such as checkpoint inhibitors may enhance the effectiveness of these therapies. We are conducting a Phase 1b trial of relacorilant plus the PD-1 checkpoint inhibitor Pembrolizumab in patients with advanced adrenal cancer whose tumors produce excess cortisol. Pembrolizumab is rarely effective as monotherapy in treating this form of adrenal cancer. While each of our compounds being evaluated in clinical studies selectively modulates cortisol activity, they are not identical and they produce distinct clinical effects. Some cross the blood-brain barrier, others do not. Some perform best in models of solid tumors, others are more potent in models of metabolic disease. Some appear to be tissue-specific, others have more global effects. These diverse qualities allow us to study a wide variety of disorders using the best matched compounds. One of these compounds, dazucorilant, has shown great promise in animal models of ALS, improving motor performance and reducing neuroinflammation and muscular atrophy. As you know, ALS is a devastating disease with a very poor prognosis and limited options to help slow its progression. Our DA