Joseph Belanoff
Analyst · Piper Jaffray. Please go ahead
Thank you, Charlie, and thank you everyone joining us today. Corcept had an outstanding year. Revenue grew 96% to $159.2 million. We generated net income of $129.1 million. Excluding significant non-cash items, our non-GAAP net income in 2017 was $63.3 million, an increase of 270% from 2016. We more than doubled our cash investments to $104 million. We expect significant growth to continue with 2018 revenue of between $275 million and $300 million and significant growth in 2019 and beyond. I previously discussed the trends in medical practice that are causing our Cushing's syndrome franchise to perform so well. These trends continue. To sum up, first, Korlym works very well for almost all patients. In Korlym’s Phase 3 trial, 87% of the patients, as adjudicated by independent outside experts experienced significant clinical improvement. Even the most skeptical physicians quickly notice Korlym efficacy, which is why they frequently file their first Korlym prescription with second, third and fourth scripts. Second, physicians are increasingly aware that hypercortisolism is dangerous and should be treated. They are screening more patients who exhibit symptoms of the disorder such as glucose tolerance or hypertension, but who have not responded to conventional therapies for those conditions. And increasingly treating those patients when they find them. Finally, more physicians are realizing that modulating cortisol activities is often the optimum medical treatment. Although we frequently enroll patients who are switching to Korlym from generic cortisol synthesis inhibitors such as ketoconazole or metyrapone, it is increasingly common for physicians, particularly those who have used Korlym previously to prescribe Korlym as the first medical treatment for patients with hypercortisolism. Having reviewed the trends supporting Korlym's revenue growth, I like to address an important factor restraining that growth. Namely Korlym's affinity for the progesterone receptor. PR for short, and its significant off target effects. Recall that hypercortisolism is caused by a tumor that produces either excess cortisol or ACTH, a hormone that causes the body to produce cortisol. Korlym works by competing with cortisol at the glucocorticoid receptor or GR, the receptor to which cortisol binds when levels are elevated. By binding to GR, Korlym turns down cortisol activity causing the symptoms of hypercortisolism to abate. The Korlym also binds to PR, which is why Korlym terminates pregnancy. Its active ingredient is the same as the abortion pills. Korlym's PR affinity also causes endometrial thickening and irregular vaginal bleeding in many women who take the medication regardless of their age. These are affects many physicians and patients would strongly prefer to avoid. The impact of Korlym's off target effects on its acceptance is significant. Some doctors and female patients will have nothing to do with the abortion pill as a matter of principle. Many more avoid the drug for fear of endometrial thickening and irregular vaginal bleeding. It is impossible to say just how many, although the number is substantial as the great majority of patients with Cushing's syndrome are women. A medication with Korlym's efficacy that does not cause PR-related adverse events would clearly be a superior treatment and would make cortisol modulation, an easy option for the many doctors and patients who now avoid it. This brings me to today's announcement of interim data from the Phase 2 trial of our selective cortisol modulator relacorilant. Let me offer some background. Relacorilant potently binds to GR. The prime attribute for any effective treatment for hypercortisolism, but has no affinity for PR. Unlike Korlym, relacorilant does not cause endometrial thickening or irregular vaginal bleeding. Relacorilant was safe and well tolerated in its large Phase 1 trial where it also demonstrated that importantly reverse the effects of prednisone a synthetic analog of cortisol. Relacorilant's Phase 2 trial is a 30-patient open-label study being conducted at sites in the United States and Europe. The trial consists of two cohorts, each receiving 12 weeks of treatment. The first low-dose group received a daily relacorilant dose of 100 mg for four weeks followed by 4 weeks of 150 mg per day and then four more weeks of 200 mg per day. The second cohort follows the same protocol, but with doses of 250 mg per day for the first four weeks followed by 300 mg and 350 mg. The low-dose cohort has completed the study. We released its top line results today. The low-dose cohorts’ results are very encouraging. After just 12-weeks of treatment patients with hyperglycemia demonstrated a statistically significant improvement in glucose metabolism as we see with Korlym. Serum osteocalcin, a marker of bone growth increased with statistical significance as we also see with Korlym. Stimulating bone growth in patients with Cushing's syndrome is important because hypercortisolism causes osteoporosis. 45% of the patients with uncontrolled hypertension experienced a 5 mm or greater reduction, either systolic or diastolic blood pressure or resulted a slightly better than the one we saw in Korlym’s pivotal trial after six months of treatment. As we expected, relacorilant safety profile in this cohort was excellent. There were no serious adverse events and no patients discontinue the study for reasons related to relacorilant. Also, as expected there were also no signs of PR affinity in the cohorts’ female patients who reached an age from 31 to 64. We expected relacorilant to perform well from a tolerability perspective in this cohort. We did not expect to show such pronounced pharmacodynamic effects at these are relatively low doses. The data from the final higher dose cohort in the second quarter and the study's full results will be presented at scientific conferences later in the year. In the meantime, we continue to plan for our Phase 3 trial. I’ll now turn to our oncology program. As some of you know cortisol modulation may play a role in treating solid tumors through two mechanisms. First, in cancers where the tumors express GR, such as pancreatic, triple negative breast, and ovarian cancer cortisol stimulates genes that retard apoptosis the programmed cell death chemotherapies are meant to provoke. Preventing the stimulation of apoptosis suppressing genes by adding a cortisol modulator to a chemotherapy regimen should allow that regimen to achieve its optimal effect. Second, cortisol modulation may help the immune system fight cancer. A healthy body produces cancer cells very regularly, but the immune system identifies and destroys them. There is great interest in therapies that stimulate the immune system to fight cancer because the immune system is a very effective therapeutic tool. Cortisol even at normal levels suppresses the immune system. Unfortunately, the physiological and psychological stress of cancer and its treatment raise cortisol activity above normal levels creating even greater immunosuppression. Cortisol modulators counter this effect allowing the immune system to act more potently. Our oncology program builds on years of methodical preclinical and clinical research by investigators at the University of Chicago and confirmed by researchers Sloan Kettering. Our program made significant advances in 2017. We expect more progress this year. Our open-label Phase I/2 trial of relacorilant plus nab-paclitaxel, Celgene’s drug ABRAXANE to treat patients with solid tumors continues to seek that combinations maximum tolerated dose. Data produced so far has validated our promising preclinical results and prompted us to open an expansion cohort in patients with metastatic pancreatic cancer, a dire disease for which there are no good treatment options. We expect to open additional expansion cohorts in patients with other tumor types and most likely ovarian and triple-negative breast cancer later this year, and expect to report data from this trial before year-end. Our trial of relacorilant is proceeding in parallel with the work of our University of Chicago collaborators who are studying Korlym, plus ABRAXANE to treat patients with triple-negative breast cancer. The 64-patient double blind placebo-controlled multi-center Phase 2 trial builds on their extensive preclinical and clinical studies, as well as the promising results of Corcept's Phase 1/2 trial of Korlym plus eribulin to treat patients with this disease. Celgene is funding this trial. We are providing Korlym. We possess the intellectual property covering the use of this combination of medications. The Chicago in investigators have recently initiated a 74-patient open-label Phase 2 trial of Korlym in combination with Merck immunotherapy agent KEYTRUDA to treat patients with triple-negative and Her2 negative breast cancer. It is well-known that androgen stimulate growth in tumors of the prostate. That is why androgen deprivation known as chemical castration is a common treatment. It has been shown more recently in several top laboratories that patients treated with the androgen receptor blocker and enzalutamide the Astellas Medivation drug XTANDI, quickly developed colonies of cells where cortisol becomes the tumors growth factor. Combining a cortisol modulator with an androgen modulator such as enzalutamide from the outset of treatment they block this cancer escape route. The open-label Phase 1/2 trial of our proprietary selective cortisol modulator CORT125281 combined with Xtandi in patients with metastatic castration resistant prostate cancer at sites in the United States and the United Kingdom is now dosing patients. University of Chicago Investigators continue to enroll patients in their own 84 patient controlled multicenter Phase 2 study of Korlym plus Xtandi in the same population of patients. The Department of Defense in the prostate cancer foundation are funding this trial. Astellas is providing Xtandi, we are providing Korlym, and possess the intellectual property for the use of this combination of medications. As many of you know, we are conducting a Phase 1 trial of our proprietary selective cortisol modulator CORT118335. This compound is particularly potent in the liver and has the potential to treat two serious disorders; antipsychotic induced weight gain and non-alcoholic steatotic hepatitis, which is commonly referred to as NASH. CORT118335 has generated positive data in animal models of both disorders. Importantly prevents and reverses the effects of olanzapine, Eli Lilly's drug Zyprexa. It also prevents and reverses fatty liver disease, as well as liver fibrosis a symptom of NASH. These results would - without anything else justify advancing CORT118335 as a potential treatment for these indications. But there is important additional support, our findings with Korlym. Several years ago, we achieved positive results in a placebo controlled clinical trial in which healthy human subjects where administered Zyprexa plus either a placebo or Korlym. Korlym prevented Zyprexa's metabolic adverse events. We achieved the same results in a controlled trial using risperidone, Johnson & Johnson's drug Risperdal. The study results were published in the journals advances and therapy in 2009 and obesity in 2010. Our interest in CORT118335 is a possible treatment for NASH is also based on human data. Stemming from the observation that Korlym reverses fatty liver disease in patients with Cushing's syndrome. Unfortunately, despite having generated promising clinical data Korlym's board of fashion properties, which necessitates close centralized control over its distribution disqualified as a treatment for common disorders. Antipsychotic induced weight gain and NASH affect millions of people. Medication is treating them like potentially CORT118335 need to be available at every retail pharmacy. The CORT118335 Phase 1 trial is successful. We plan to advance it to Phase 2 for these indications by year-end. To sum up, Corcept had an outstanding year. Revenue almost doubled to $159.2 million. We expect 2018 revenue of between $275 million and $300 million with significant growth in 2019 and beyond. Our net income was $98.3 million in the fourth quarter and $129.1 million for the year. Excluding significant non-cash items, our non-gap net income for 2017 was $63.3 million, compared to $17.1 million in 2016. Our cash and investments increased by $27.4 million in the fourth quarter to $104 million. We had no debt. Interim efficacy and safety data from our Phase 2 trial of relacorilant to treat patients with Cushing's syndrome are positive. We will report complete results at scientific conferences this year and are preparing for its Phase 3 trial. Our oncology programs continue to advance. CORT125281 is now being dosed to patients with castration resistant prostate cancer. Our Phase 1/2 trial of relacorilant in combination with Abraxane to treat patients with solid tumors has produced encouraging data, which we expect to release this year. We have initiated an expansion cohort in patients with metastatic prostate cancer. Finally, by year-end, we anticipate advancing one of our most promising compounds CORT118335 to Phase 2 as a treatment for patients with antipsychotic induced weight gain or NASH, serious disorders that affect tens of millions of patients worldwide, and for which there are no approved treatments. I’ll stop here to answer questions.