Thank you, Charlie, and thank you everyone for joining us this afternoon. This is a very exciting time at Corcept. Physician awareness and understanding of hypercortisolism is accelerating. The results from our GRACE and GRADIENT Phase 3 studies clear the path for relacorilant's new drug application in Cushing's syndrome, which we will submit by year end. Our Phase 4 CATALYST trial in patients with Cushing's syndrome and difficult to treat diabetes will generate data this quarter as will our trials in patients with ovarian cancer and ALS. Success in these endeavors will transform the company. We ended the third quarter with another high in both the number of new Korlym prescribers and the number of patients receiving treatment with Korlym. More physicians are now aware that hypercortisolism is much more prevalent than was previously assumed. As a result, they are screening and treating many more patients. When Korlym is prescribed, the expertise and infrastructure we have developed and refined over many years plays a critical role in helping patients and physicians achieve optimum benefit. Our Korlym business is thriving. Perhaps even more important, we've recently made substantial progress in the advancement of our proprietary selective cortisol modulator relacorilant. The story is not complicated. Patients in the GRACE and GRADIENT studies experienced meaningful improvements in hypertension, glucose control, weight and body composition, as well as other signs and symptoms of Cushing's syndrome. Relacorilant was very well tolerated and did not cause some of the serious adverse events that can be caused by other medications used to treat Cushing's syndrome, in particular, hypokalemia, endometrial hypertrophy, its related vaginal bleeding, QT prolongation and adrenal insufficiency. As you recall, our pivotal Phase 3 GRACE trial is the basis for relacorilant’s NDA. In the trials open label phase, 152 patients with Cushing's syndrome and either hypertension, hyperglycemia or both received relacorilant for 22 weeks. Patients who met pre-specified improvements were given the opportunity to enter the trials randomized, double-blind withdrawal phase in which half of the patients continue to receive relacorilant and half received placebo for 12 weeks. Patients in the open label phase of GRACE exhibited clinically meaningful and statistically significant improvements in hypertension, hyperglycemia, weight, lean muscle mass, waist circumference, cognition, Cushing's quality of life score and other important clinical measures. In the randomized withdrawal phase of GRACE, which compared patients taking relacorilant to those taking placebo, GRACE met its primary endpoint of maintenance of blood pressure control. The odds ratio which is the study's primary endpoint was 0.17 with a p-value of 0.02. An odds ratio of 0.17 means that patients taking relacorilant were 6x more likely to maintain blood pressure response compared to those taking placebo. In addition, patients who continue to take relacorilant in the randomized withdrawal phase maintained the broad range of other improvements observed in the open label phase, while those who receive placebo experienced a significant worsening of their symptoms. These outcomes would on their own provide powerful evidence for our NDA, but they do not stand on their own. Today we released results from our second Phase 3 trial of relacorilant in Cushing's syndrome, GRADIENT, a 22-week randomized, double-blind placebo controlled study in 137 patients whose hypercortisolism is caused by an adrenal adenoma or adrenal hyperplasia. Patients with this type of Cushing's syndrome often experience a less rapid decline, but their health outcomes are poor and include a significantly higher risk of premature death. GRADIENT's data will support our NDA by providing further evidence of relacorilant's efficacy and safety confirming what we found in GRACE. Patients treated with relacorilant and GRADIENT exhibited clinically meaningful and statistically significant improvements in hypertension, hyperglycemia, weight and body composition compared to baseline while patients who received placebo did not. The trial's primary endpoint was the improvement in systolic blood pressure compared to placebo with hyperglycemia, weight and body composition as secondary endpoints. Patients with hypertension who received relacorilant had an improvement of 6.6 millimeters of mercury in their systolic blood pressure at 22 weeks compared to baseline with a p-value of 0.012. Patients who received placebo had an improvement of 2.1 millimeters of mercury in their systolic blood pressure at 22 weeks compared to baseline, a non-significant improvement. The difference in the improvement in hypertension and those who received relacorilant compared to those who received placebo was not statistically significant. Patients whose hypertension worsened substantially during the study were given rescue hypertension medications. Notably, five patients who received placebo required rescue medication, while only one patient who received relacorilant required it. Patients with hyperglycemia who received relacorilant experienced clinically meaningful and statistically significant improvements in glucose metabolism, compared to those who received placebo. With placebo-adjusted improvements in fasting glucose of 22 milligrams per deciliter, p-value of 0.002 and hemoglobin A1C of 0. 3%, p value of 0.019 at 22 weeks. Patients in GRADIENT who received relacorilant also experienced clinically meaningful and statistically significant improvements in body weight, compared to those who received placebo with a placebo adjusted weight loss of 3.9 kilograms and a p-value of 0.0001 at 22 weeks. An important feature of relacorilant is how well it was tolerated in both GRACE and GRADIENT. In both studies, the most common adverse events were mild to moderate nausea, pain in the extremities and back and fatigue. These symptoms are consistent with the cortisol withdrawal patients with hypercortisolum experience following a rapid reduction in cortisol activity, whether due to surgery that removes an ACTH or cortisol secreting tumor or the start of medical therapy. As expected, there were no relacorilant induced instances of hypokalemia, endometrial hypertrophy or its related vaginal bleeding, no cases of adrenal insufficiency and no cases of QT prolongation. All of these adverse events can have serious health consequences and arise in patients taking the currently used to treat patients with hypercortisolism. The positive efficacy and safety results now supported by the global improvements seen in patients in the GRADIENT study promise a great advance for patients with Cushing's syndrome. Concurrent with our work on relacorilant's new drug application, we continue to look to further increase physician awareness and understanding of Cushing's syndrome. Our Phase 4 CATALYST study of patients with difficult-to-treat diabetes has produced potent evidence to help advance the field. The prevalence results from CATALYST were presented in the American Diabetes Association's Annual Scientific Sessions in June. They clearly demonstrated that there are significantly more patients with hypercortisolism than was previously recognized. Of the first 1,055 patients enrolled in CATALYST, one in four were found to have hypercortisolism. This is a far higher prevalence rate than was assumed with large implications for patient care. Hypercortisolism was even more common in patients in the study, who in addition to their diabetes had already diagnosed cardiovascular disease, particularly in those who are using three or more medications to manage their hypertension. More than a third of this group of patients were found to have hypercortisolism. The second portion of the CATALYST study is ongoing. In it, patients with hypercortisolism are randomized to receive either Korlym or placebo. The primary endpoint is the reduction in hemoglobin A1c between these groups. We expect results of this portion of the study by the end of the year. As you know, we are also studying relacorilant as a treatment for different types of cancer mediated by cortisol activity. In our pivotal ROSELLA study, 381 women with platinum-resistant ovarian cancer have been randomized on a one-to-one basis to receive either nap paclitaxel, a medication often prescribed to women with platinum-resistant disease, or nap paclitaxel plus relacorilant. Our expectation is that relacorilant will resensitize ovarian tumors to the effects of chemotherapy by blunting the anti-apoptotic effect of cortisol activity. ROSELLA's design closely tracks the design of our successful controlled Phase 2 trial. In the Phase 2 trial, women 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 relacorilant group also little 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. Importantly, the women who received relacorilant plus nab paclitaxel experienced no additional side effect burden compared to those who received nab paclitaxel alone. We expect ROSELLA to replicate these results. Enrollment in ROSELLA is complete. We anticipate having enough progression events to analyze the study's primary endpoint progression-free survival by the end of this year. We are conducting ROSELLA in collaboration with leading clinicians from the Gynecologic Oncology Group or GOG in the United States and the European Network of Gynecological Oncology Trials or NGOT Group in Europe and deeply appreciate their enthusiasm and support. In anticipation of a successful outcome we've established a medications currently used to treat support. In anticipation of the potential outcome, we've established a standalone oncology division, so we can move swiftly after the conclusion of ROSELLA to bring relacorilant to the women who can benefit from it. Positive results will also prompt us to explore relacorilant as a treatment for earlier stages of ovarian cancer, and other solid tumors that express the glucocorticoid receptor. In addition to exploring its potential to resensitize tumors to chemotherapy, we are evaluating cortisol modulation's activity in two other mechanisms of action in combination with androgen deprivation therapy and immunotherapy. Cortisol stimulation is thought to be 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 tumors switch to Cortisol activity to stimulate growth. Leading academic researchers and clinicians hypothesize that, Cortisol Modulation can block this tumor escape route. Our collaborators at the University of Chicago are currently enrolling a randomized placebo controlled Phase 2 trial of relacorilant plus enzalutamide in patients with early-stage prostate cancer before these patients have had an initial prostatectomy. Another potential role of cortisol modulation is in combination with immunotherapy because Cortisol suppresses the immune system, it may blunt the effectiveness of cancer therapies intended to stimulate the immune system. Adding a Cortisol modulator to immunotherapy such as checkpoint inhibitors may enhance their effectiveness. Following our Phase 1b trial in advanced adrenal cancer, we are evaluating next steps to further understand the role of cortisol modulation in combination with immunotherapies in other tumor types and earlier stages of cancer. Our research team has developed a library of more than a 1,000 selective cortisol modulators with distinct pharmacodynamic properties. Some are more potent and modulating Cortisol activity across many tissue types, some are tissue specific. Some are very potent in oncologic models, some less so. Some cross the blood brain barrier, some don't. One of the compounds our scientists have created that is highly effective at getting into the brain is dazucorilant. We have advanced dazucorilant into clinical studies based on compelling data showing improved motor performance and reduced neuroinflammation and muscular atrophy in a commonly used mouse model of ALS. Our randomized double-blind placebo controlled Phase 2 DA