Remy Luthringer
Analyst · JMP Securities. Your line is open
Thank you, Bill and Good morning everyone. Thank you for joining us today. 2015 was a year of successful pinnacle trial execution for Minerva. I'm pleased to report patient recruitment screening and enrollment proceeding on a timely basis in four clinical trials with three components during this year. As a result we’re in a position to announce data from this trial in the first half of this year. In fact we already have obtained positive results with our announcement in January of positive top-line data with MIN-202, this data relate to our Phase 2a trial in patient suffering from primary insomnia disorder without any associated [indiscernible] disorder. Today we’re pleased to summarize additional positive data with MIN-202 in our trial carried out in patient suffering from a major depressive episode and having a diagnosis of major depressive disorder or MDD. I will review details from both of these important read outs later in this call. In addition to the main Q4 results we anticipate two read outs in the second quarter of this year and in our Phase 2b trial in patients suffering from schizophrenia and from our Phase 2a trial MIN-117 in patients affected by MDD. Our goal at Minerva is to address unmet medical needs to help patients suffering from severe disorders. The aim to accomplish this by developing drugs is comes a limitation of available of therapies. Minerva is driven by data generation which will inform our decisions around future development, 2016 will be a key year in this regard. Let me now address our clinical trials in more detail beginning with MIN-101. In late 2015 we completed the enrollment of a total of 244 patients in a randomized placebo controlled double-blind parallel group design Phase 2b trial of MIN-101 to treat unmet needs in patients suffering from schizophrenia. The study includes two parts, the core study which is a double-blind treatment period of the trial is carried over a 12 week treatment duration. Following this period patients have the opportunity to enter into an extension period of six months. During the extension all patients receive either 32 or 64 milligram of MIN-101. Patients who received placebo in the core study are randomized to one of these two doses. The primary objective of this trial is to evaluate the efficacy of the two doses of MIN-101 32 milligram and 64 milligram administrated in the morning compared to placebo in improving negative symptoms. Secondary objectives includes the assessment of commission, [indiscernible] and the overall spectrum of symptoms of the disease. Top line results from the core study are expected in the second quarter of 2016. We announced in Late December 2015 that the U.S. Food and Drug Administration accepted the company's investigational new drug IND application for MIN-101. FDA acceptance of our IND for MIN-101 is an important step towards initiation of clinical testing of our compound in the U.S. following the results of the Phase 2b trial. We will be continuing our dialogue with the FDA as part of our overall planning for late stage clinical development in the U.S. During 2015 momentum increased in [indiscernible] product development program was MIN-202 which is being co-developed by Minerva and Janssen Pharmaceutical NV. To provide some background Minerva entered into a co-development and license agreement with Janssen in February 2014 covering MIN-202 and other orexin 2 compounds. Let me walk you through the studies carried out in 2015 for which we have already study read-outs. On January 11 of this year we announced positive top line results from a Phase 2a clinical trial in patients suffering from insomnia disorders not associated with [indiscernible] disorder. Since the release of top line results in early January this year, additional data from this trial have become available. The study was conducted at clinical sites in the U.S. and Europe. In this double-blind placebo control trial 40 milligram of MIN-202 was tested over treatment duration of five consecutive nights. So data obtained by means of polysomnography PSG recordings and objective measure of sleep indicated MIN to improve significantly sleep adaption [ph], restore sleep duration and preserve key phases of sleep particularly deep sleep thus enabling [indiscernible] sleep. The primary end point of the trial was sleep efficiency for which a positive efficacy signal was detected after treatment was MIN-202 placebo is a p value of 0.001, additional statistically, significant p value 0.001, positive efficacy signals were observed for key secondary parameters including latency persistent sleep, LPS, wake after sleep onset, WASO and total sleep time, TST, compared to placebo MIN-202 was observed significantly improved polysomnography parameters p 0.001 on days one and five. On day 5, LPS and WASO were reduced by 23.2 and 11 minutes, TST and sleep efficiency increased by 39 minutes and 8.12% respectively. Subjectively estimated TST, LPS and WASO also improved versus placebo by 43.1, 38.8 and 14.8 minutes. Overall significant correlation was formed between objectively and subjectively regulated sleep parameters. Most of these adverse events were observed in this trial and primarily data indicated MIN-202 is well-tolerated. We expect additional details of this data to be presented at a peer reviewed forum. The second study for which we have read-outs was carried out in patients suffering from major depressive disorder. This randomized multi-center double-blind parallel group [indiscernible] placebo control study evaluated the effect of MIN-202 in MDD outpatients 18 to 65 years of age. 48 patients were enrolled in three groups that received doses of 20 milligram of MIN-202 daily, 25 milligram of [indiscernible] daily, used as a positive control to induce sedation or placebo over four weeks. The primary end point of safety and tolerability and secondary endpoints included assessments of depressive symptomatology, cognition and sleep. The trial was conducted in seven clinical sites in Europe. We have reported online top line results which were for safety, tolerability and efficacy on the depressive symptomatology. MIN-202 was well tolerated by study participants over one month treatment duration with no new observed emerging safety signals and serious adverse events. Constantly greater improvements in depressive symptomatology that observed in patients randomized who received MIN-202 compared to those randomized who received placebo different domain [ph] as measured by clinician administrative [ph] rating scale including the American Depression Rating Scale HDRS17, core symptoms of depression as measured by [indiscernible] were observed to be significantly improved in the MIN-202 when compared with placebo. Complete results are planned for peer reviewed presentations in the future. The results described both types of ways to initiate a Phase 2b trial in-patient suffering from MDD. This improvement supports the potential of MIN-202 to have a direct effect of mood in dependence from it's effect from sleep. Later from a search trial for MIN-202 became available earlier in this year as well. In this Phase 1 trial those morning administration of MIN-202 was observed to be well-tolerated in healthy Japanese adult males by the participants. To observe plasma pharmacokinetic features were comparable to those observed in previous studies carried out in healthy non-Asian study participants. These findings are important step in the planned global development of MIN-202 as they are up to the expanding data base of study participants treated with this compound worldwide and support further clinical testing in an important part of the world. Our third clinical Phase compound is MIN-117 in development to treat major depressive disorders or MDD. We recently completed enrollment of 84 patients with MDD in a Phase 2a randomized double-blind parallel group placebo and active control clinical trial with MIN-117 in Europe. These patients were enrolled across the four treatment arms of study which include 0.5 and 2.5 milligram daily of MIN-117, 20 milligram daily of orexin and placebo. The primary objective of this trial is to evaluate efficacy of MIN-117 given at 0.5 milligram and 2.5 milligram daily in reducing the symptoms of a major depressive episode as measured by the change from the baseline in the Montgomery-Asberg Depression Rating Scale (MADRS) total score over six weeks of treatment. Additional objectives include the assessment of onset to response, severity of illness, sexual function, executive function, working memory and safety and tolerability. Top lines results from this trial are expected in the second quarter of 2016. Finally, our preclinical stage product candidate is MIN-301 to treat Parkinson's disease, MIN-301 is a recumbent protein with extracellular domain of Neuregulin-1b1, primarily activating ErbB4. This regulation of the Neuregulin 1 signaling pathway has been linked to neurodevelopmental and neurodegenerative disorders including and beyond Parkinson's disease. Looking at the data, with an analog of means we have one represented in December 2015 at the American College Of Neuropsychopharmacology, ACNP. This data demonstrates a beneficial effects of treatment with MIN-301 of behavioral and motor deficits in animal models. Results also suggest that neuroinflammatory surrogate markers should be explored in future Parkinson's disease. So next planned steps in the MIN-301 program are defining of an IND in the U.S. or an investigational medicine product of IMPD in Europe and pending acceptance by regulatory authorities, the initiation of Phase 1 clinical testings are after. In summary we have announced positive results from 2 or 4 clinical trials scheduled to read out in the first half of 2016. We look forward to the upcoming data from the other two trial in the second quarter of the year. I will now turn the call over to Jeff to cover our financial results.