Thank you, Charlie, and thank you, everyone, for joining us this afternoon. This is a very exciting time at Corcept. Our development programs have generated two profound medical findings in hypercortisolism and oncology, and two potential avenues of substantial revenue growth. Let’s focus on hypercortisolism first. Our new drug application for relacorilant and hypercortisolism is based on positive results from our pivotal Phase 3 GRACE trial and is supported by the results from our GRADIENT, Long-Term Extension and Phase 2 trials. It is currently under review with an FDA action date of December 30, 2025. Patients treated with relacorilant in these studies experienced clinically meaningful and statistically significant improvements across all of the signs and symptoms of hypercortisolism in hypertension, hyperglycemia, weight, lean muscle mass, waist circumference, cognition, Cushing’s quality of life score and other important clinical measures. There was a high level of consistency and durability of therapeutic benefit across our studies. In each of them, patients exhibited rapid improvements at the start of relacorilant therapy and these improvements were maintained or continued to improve throughout the course of treatment, including in a Long-Term Extension study where some patients have received relacorilant for more than six years. Just as important as relacorilant’s efficacy is its safety. Relacorilant has been well tolerated in all of its studies. The most common adverse events are consistent with the cortisol withdrawal that patients with hypercortisolism experience following a rapid reduction in their cortisol activity, whether due to surgery or at the start of medical therapy. As expected, there have been no relacorilant-induced instances of hypokalemia, endometrial hypertrophy or drug-induced vaginal bleeding, no cases of adrenal insufficiency, and no instances of QT prolongation. These adverse events can have serious health consequences. Each of the currently available medications for patients with Cushing’s syndrome can cause one or more of them. As we advance relacorilant, we continue to work at increasing physician awareness and understanding of hypercortisolism. Our CATALYST study was the largest and most rigorous trial ever conducted to assess the prevalence and treatment of hypercortisolism in patients with difficult-to-control type 2 diabetes. The prevalence phase of the study found that one in four patients with difficult-to-control type 2 diabetes has hypercortisolism, a far higher rate than was assumed. These results were published last month in Diabetes Care, a peer-reviewed journal of the American Diabetes Association. The results from the treatment phase of the CATALYST study were equally striking. Patients who received Korlym exhibited a large reduction, 1.47% in hemoglobin A1c, a key measure of glucose control, compared to a 0.15% decrease in patients who received placebo, a p-value of less than 0.0001. The magnitude of reduction seen in the treatment arm is especially striking, given that these patients were already receiving multiple glucose-lowering therapies, including the most potent GLP-1 agonists. Results from the treatment phase of CATALYST will be presented at a keynote session at the American Diabetes Association’s Annual Scientific Sessions next month. A rapidly increasing number of physicians now know that hypercortisolism is much more prevalent than was previously assumed. They are screening and treating many more patients than ever before. The findings from CATALYST, once they are more broadly known, will undoubtedly stimulate even more doctors to screen for hypercortisolism. Many more patients with hypercortisolism than are currently identified will be found. Corcept is well positioned to help them. As Sean said earlier, we are confident that our Cushing’s syndrome business will continue to grow for years. Since the founding of Corcept, our research and development efforts have been built on the hypothesis that cortisol modulation is a powerful therapeutic mechanism in many serious disorders. The success of our pivotal ROSELLA trial in platinum-resistant ovarian cancer is tangible proof of the therapeutic value of cortisol modulation and highlights the potential of this mechanism of action to be broadly useful. In ROSELLA, 381 women with platinum-resistant ovarian cancer were randomized 1:1 to receive either nab-paclitaxel, probably the most effective chemotherapy currently prescribed to women with platinum-resistant disease, or nab-paclitaxel plus relacorilant. For these patients, nab-paclitaxel or any chemotherapy had become much less useful than earlier in their course of treatment. We expected that relacorilant would resensitize ovarian tumors to the effects of nab-paclitaxel by blunting the anti-apoptotic effect of cortisol activity. The ROSELLA trial met its primary endpoint of improved progression-free survival as assessed by blinded independent central review. Patients treated with relacorilant, in addition to nab-paclitaxel chemotherapy, experienced a 30% reduction in risk of disease progression compared to patients treated with nab-paclitaxel alone, with a hazard ratio of 0.70 and a p-value of 0.008. In the interim evaluation of overall survival, patients treated with relacorilant plus nab-paclitaxel showed a large improvement, with a median overall survival of 16 months, compared to 11.5 months in patients receiving nab-paclitaxel alone. Hazard ratio was 0.69, with a p-value of 0.01. Safety and tolerability were comparable in the two groups. ROSELLA clearly confirmed the positive efficacy and safety results that we saw in our Phase 2 study. The full results of the ROSELLA study will be presented at an oral late-breaker session at the American Society of Clinical Oncology’s Annual Meeting next month. We expect to submit relacorilant’s NDA in platinum-resistant ovarian cancer next quarter and a marketing authorization application in Europe shortly thereafter. In anticipation of a successful regulatory outcome, we’ve been building a standalone oncology division. We are fully prepared to move swiftly to bring relacorilant plus nab-paclitaxel to the woman who can benefit from it once it is approved. We expect to expand the findings from ROSELLA with a recently initiated BELLA study, which will examine whether relacorilant with two medications, nab-paclitaxel and bevacizumab, will offer patients with platinum-resistant ovarian cancer an additional effective treatment regimen. We will then explore relacorilant’s use to help treat earlier stages of ovarian cancer and other solid tumors that express the glucocorticoid receptor. In addition to exploring cortisol modulation’s potential to resensitize tumors to chemotherapy, we are evaluating its potential use in combination with androgen deprivation therapy in prostate cancer. 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 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 possible 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 an immune response. Adding a cortisol modulator to immunotherapies, such as checkpoint inhibitors, may enhance their effectiveness. Following our Phase 1b trial in advanced adrenal cancer, we are deciding how best to investigate the utility of our compounds in combination with immunotherapies in other tumor types and earlier stages of cancer. One of our proprietary compounds, dazucorilant, readily crosses the blood-brain barrier and is a candidate for the treatment of neurologic disorders. Based on compelling data showing improved motor performance and reduced neuroinflammation and muscular atrophy in a commonly used mouse model of ALS, we conducted a 249-patient randomized double-blind placebo-controlled Phase 2 trial of dazucorilant in that dire disease. Unfortunately, patients who received dazucorilant did not show improvement in the ALS functioning -- functional rating scale revised, the study’s primary endpoint. However, an improvement in overall survival first seen at the six-month mark was also observed at year one of the study. An exploratory analysis showed that patients who were randomized to 300 milligrams of dazucorilant at the start of the study lived significantly longer than patients who were randomized to placebo and then did not switch to dazucorilant in the Long-Term Extension study, with a hazard ratio of 0.16, a p-value of 0.0009. We will immediately seek input from U.S. and European regulatory authorities on the next steps for this program. MASH, metabolic dysfunction associated steatohepatitis, is a serious liver disorder that afflicts millions of patients in the United States and many millions outside the United States. Cortisol activity plays a role in both the initial development and progression of the disease, and cortisol modulation may serve as a treatment. One of our proprietary molecules, miricorilant, has very potent activity in the liver. Our Phase 1b dose-finding study of miricorilant found that patients who received 100 milligrams orally, just twice a week for 12 weeks, experienced a 30% reduction in liver fat, an improvement in liver enzymes, markers of fibrosis, and key metabolic and lipid measures. Such as insulin resistant, serum triglycerides and LDL. Miricorilant was also very well tolerated with none of the GI side effects which commonly arise in patients being treated for MASH. Our randomized double-blind placebo-controlled Phase 2b MONARCH study aims to expand on our encouraging Phase 1b results. MONARCH is enrolling two cohorts. In the first, patients with biopsy MASH are randomized 2:1 to receive either 100 milligrams of miricorilant twice weekly, or placebo, for 48 weeks. The primary endpoint for this cohort is reduction in liver fat with biopsy confirmed MASH resolution and fibrosis improvement as key secondary endpoints. The second cohort is enrolling patients with presumed MASH. Patients in this cohort will be randomized 2:1 to receive either 100 milligrams miricorilant twice weekly for six weeks, followed by 200 milligrams of miricorilant twice weekly for 18 weeks or placebo for the whole 24 weeks. In this cohort, the primary endpoint is also reduction in liver fat. As I said earlier, this is a truly exciting time at Corcept. We have made substantial progress throughout the company and have established two potent drivers of long-term growth in entirely different areas of medicine, endocrinology and oncology. Awareness of hypercortisolism’s true prevalence continues to grow rapidly. More patients are being identified and treated than ever before. The results of the CATALYST study will undoubtedly stimulate more physicians to screen for hypercortisolism and treat the patients that they identify. Our new drug application for relacorilant and hypercortisolism is progressing towards approval by the end of this year. Relacorilant’s strong efficacy and safety profile gives it the potential to become the new standard-of-care for patients with hypercortisolism. We expect our Cushing’s syndrome business to continue growing for years to come. The positive results of our ROSELLA study opens Corcept’s oncology portfolio. The efficacy benefits observed in the context of no increased side effect burden support a successful new drug application for platinum-resistant ovarian cancer and create, with further study, the potential to treat earlier stages of ovarian cancer and other tumors that express the glucocorticoid receptor. In addition, we continue to explore the potential of cortisol modulation to treat a broad range of diseases, including neurologic diseases like ALS and hepatic diseases. We continue to develop and discover proprietary selective cortisol modulators with potentially very distinct clinical attributes. We are comprehensively evaluating these attributes in their therapeutic applications and will advance the most promising compounds to the clinic. The problems caused by excess cortisol activity often have profoundly negative effects on patients. We are dedicated to finding new, more effective and safer treatments to help them. Operator, let’s proceed now to questions.