Remy Luthringer
Analyst · JMP Securities, your line is now open
Thank you Bill and good morning everyone. Thanks for joining us today. We concluded the second quarter of 2015 having made measurable progress across our lead clinical development programs. These programs are based on our insight into disease pathology and I believe that our compounds process in a variety of mechanisms of action able to affect such pathology. Our goal is to address the significant unmet needs of major patient populations suffering from diseases of the central nervous system. We are leveraging our clinical development experience and network of investigators in Europe, as well as US and European key opinion leaders to conduct our trials with these compounds. We see several advantages of this strategy, including access to well characterized and validated patient populations and highly trained physicians with extensive experience in running trials in CNS disorders. Positive data generated from this randomized double-blind placebo-controlled trials will support a clinical advancement of this product in multiple regulatory jurisdictions. Let me move now to our product candidates. Our lead asset is MIN-101, an innovative serotonin 5-HT2A and sigma2 receptor antagonist which we are evaluating in schizophrenia patients with a history of negative symptoms. This seems to persist chronically throughout an individual’s little lifetime and increase with severity of a time representing one of the major unmet needs for patients. In Phase IIa testing MIN-101 suggested positive treatment effects including therapeutic benefit related not only to negative symptoms, but also to the broader spectrum of schizophrenia symptoms, including positive symptoms, cognitive impairment, and sleep disorders. Importantly, we believe this compound also has a potential to avoid the severe side effects of existing therapies, including sedation, extrapyramidal symptoms, plasma prolactin increase, metabolic disorders, and weight gain. Building of the Phase IIa results we have moved forward with the Phase IIb study with MIN-101. Approximately 40 clinical sites have been initiated in six countries in this randomized double-blind parallel group design study. We are exploring the effects of two doses of MIN-101, 32 mg and 64 mg given once daily versus placebo in 234 stable schizophrenic patients with a history of negative symptoms. Enrollment is underway and is expected to continue through the end of 2015. We anticipate that top line results for the core 12 weeks evaluation period will be available in the second quarter of 2016. Our second clinical stage compound is MIN-117 and the development of treat major depressive disorder through multiple mechanism acting on several receptors associated with the control of moods. In the ongoing Phase IIa trial, we will be closely evaluating the time to mood improvement and the side effect profile of MIN-117, understanding that the compound that has a faster onset of existing therapies and preserve sexual function and cognition will be positively differentiated in the treatment of MDD. The first patient has been dosed in the Phase IIa trial, which we compare as a therapeutic impact of two doses of MIN-117, 0.5 mg and 2.5 mg daily to paroxetine and placebo. We plan to enroll 80 patients in this trial with 20 patients in each of the four groups. The primary endpoint of the trial will be the efficacy of MIN-117 versus placebo in reducing depressive symptoms Topline results expected are expected in the first half of 2016. The third program I would like to discuss today is MIN-202, our selective orexin-2 receptor antagonist for the treatment of primary of primary and comorbid insomnia. We are developing this product with our partner, Janssen Pharmaceutica NV. Data from our European Phase Ib single dose study with MIN-202 in patients with major depressive disorders, MDD indicate a potential favorable pharmacokinetic and safety profile, as well as a pharmacodynamic profile for insomnia treatment. Polysomnography data from the Phase Ib study in MDD patients showed that the selective blockade of orexing-2 by MIN-202 not only accelerated sleep induction and plunged sleep duration but more importantly also preserved physiological or restorative sleep. Preclinical and single ascending dose clinical data with MIN-202 were presented by Janssen at the 29th Annual Meeting of the Associated Professional Sleep Societies, Sleep 2015 this past June. Janssen has doors to the first patient in a European Phase Ib study of MIN-202, (JNJ-42847922) as an adjunctive treatment for major depressive disorder and has opened an investigational new drug application IND for this indication in the US. In addition, we expect that Janssen will initiate a Phase IIa study with MIN-202 in insomnia disorder within the next few months. Data readouts from both Phase Ib and Phase IIa trial are expected in the first half of 2016. We believe there is significant potential for MIN-202 in these indications. Importantly, we also believe the company may be positively differentiated from other treatments by its unique mechanism of action, which aims to treat insomnia by controlling the activity of the neurons that promote wakefulness. Our early stage product candidate is MIN-300 a compound based on an investigational extracellular domain of neuregulin-1 beta1 to treat Parkinson's disease. In this program, we are looking for a disease modifying therapy with a potential street range of symptoms, not just motor impairment with fewer side effects and current therapies. Early in 2015, results were announced from a non-human primate study showing that treatment with an analog of MIN-301 improvements the range of symptoms associated with a Parkinson's disease model in primates. This finding complemented the beneficial effect of MIN-301 observed in non-primate preclinical models. The planned steps in the program of the filing of an IND in the US or an investigational medicinal product dossier, IMPD in Europe in 2016 and pending acceptance by regulatory authorities and the initiation of Phase I clinical testing thereafter. We are building towards an exciting period of data readout expected in 2016. Such data has a potential to further validate innovative mechanism of action underlying our product candidates and to create knowledge base necessary to move our compounds forward in clinical development. We are hopeful that this data will pave the way towards advanced clinical testing and eventually towards the availability of new options for physicians and for patients suffering from debilitating diseases. I will turn the call over to Geoff to cover our financial results.