Thank you, Bill and good morning everyone. Thanks for joining us today. During the first quarter of 2016, we reported [indiscernible] top line data from two trials with MIN 202, our selective orexin 2 antagonist, and the co-development with Janssen Pharmaceutica. This included a Phase 2a trial in patients suffering from primary insomnia disorder and the Phase 1b trial in patients having the diagnosis of major depressive disorder or MDD. We also recently reported the last patient visits in two additional trials including the Phase 2b trial in schizophrenia with MIN-101 and the Phase 2a trial in major depressive disorders with MIN-117. Those results from both studies are expected later in the second quarter of this year. In all of our clinical programs, our primary goal is to address significant unmet needs in the treatment of large patient populations affected by this diseases. Let me know address those trials in more detail beginning with MIN-101. A total of 244 patients have been enrolled in our randomized placebo-controlled double blind pilot group design Phase 2b clinical trial to treat unmet needs in patients suffering from schizophrenia. The primary objective of the trial is to evaluate two doses of MIN-101, 32 and 64 milligrams administered, one daily in the morning compared to placebo in improving negative symptoms in these patients as measured by the chance from baseline in the positive and negative syndrome scale. Negative subscale score of the pentagon model of 12-weeks of treatment. Important secondary objectives include assessments of the effect of MIN-101 on the total pan score and sub scores, as well as its effect on cognition and sleep. The course study which is a double-blind treatment period of the trial was carried out over 12-weeks, thereafter; patients had the opportunity to enter into an extension period lasting six months. During the extension, all patients received either 32 or 64 milligrams of MIN-101. Patients who received placebo in the core study will be randomized to one of these two doses. This expansion phase is ongoing and expected to be completed during the third quarter of 2016. Program [ph] results from the core study period of the trial are expected in the second quarter of 2016. These results will provide the foundation for our strategy about the next step in moving MIN-101 into late-stage development. I would like to summarize the results of the trials with MIN-202 announced during the first quarter. On January 11, we announced positive top line results from a Phase 2a clinical trial in 28 patients suffering from insomnia disorder, not associated with psychotic disorder. In this double-blind crossover placebo controlled trial, 40 milligram of MIN-202 was tested over a treatment duration of five consecutive nights. The data obtained by means of polysomnography PSG recordings, an objective measure of sleep indicate that MIN-202 significantly improves sleep induction, restore sleep duration and preserves key phases of sleep, particularly deep sleep, thus enabling a restorative sleep. The primary endpoint of the trial was clip efficiency, for which a positive efficacy signal was detected after treatment with MIN-202 versus placebo, pretty inferior to 0.001. Additional statistically significance P in favor to 0.001 positive efficacy signals were observed for key secondary parameters including latency to present sleep, LPS, wake up to sleep onset, while -- and total sleep time, TST. Compared to placebo, MIN-202 was observed to significantly improve polysomnography parameters; P inferior to 0.001 on days one and five. Interestingly and very importantly, significant correlation was observed between objective and subjective evaluations. The second study with MIN-202 was carried out in patients suffering from major depressive disorders, MDD. In Phase 1b randomized, multi-standard double-blind pilot group de [ph] and placebo-controlled study evaluated the effect of MIN-202 in MDD outpatients, 18 to 65 years of age. 48 patients were enrolled in three treatment arms to receive doses of 20 milligrams of MIN-202 daily; 25 milligrams of different inter-MIN daily used as a positive control to induce sedation or placebo over four weeks. The primary endpoint was safety and tolerability and secondary endpoints including assessments of depressive symptomatology, cognition and sleep. MIN-202 was observed to be well perorated by study participants over a one month treatment duration with no new observed emerging safety signals and serious adverse events. Consistently greater improvements in depressive symptomatology were observed in patients randomized to receive MIN-202 compared to dose randomized to receive placebo or inter-MIN as measured by clinician administered rating scales including the Hamilton Depression Rating Scale. HDRS17. Core symptoms of depression as measured by HMDD6 but observed to be significantly improved in the MIN-202 ARM when compared with placebo. This improvement supports the potential of MIN-202 to have a direct effect on mood [indiscernible] from its effect on sleep and paves the way to initiate a Phase 2b trial in patients suffering from MDD. Data from a serve trial with MIN-202 became available earlier in the year as well. In the Phase 1 trial single dose morning administration of MIN-202 was observed to be well tolerated in healthy Japanese other male participants. We observed plasma pharmacokinetic features were comparable to those observed in previous studies carried out in healthy non-agent study participants. The positive data from this trial points as a way towards first clinical development in several indications with unmet needs. We are currently working with Janssen to define the specific next steps in this program. Our observed clinical stage compound is MIN-117 in development to treat MDD. A total of 84 patients with MDD have been unfold in a Phase 2a randomized double-blind parallel group placebo and active-controlled clinical trials with MIN-117 in Europe. These patients were enrolled across the four treatment arms of the study which included all 4.5 and 2.5 milligram daily of MIN-117, 20 milligram daily of paroxetine and placebo. The primary objective of this trial is to evaluate the efficacy of MIN-117 given at 4.5 milligram and 2.5 milligram daily in reducing the symptoms of a major depressive episode as measured by the chance from 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 line results from this trial are expected in the second quarter of 2016. In summary, thus far this year we have announced positive results from two clinical trials with MIN-202 that provide us solid basis for moving forward into more advanced clinical testing in two important indications; insomnia disorder and mood disorders. Consistent with our previous guidance, our trials with MIN-101 and schizophrenia and with MIN-117 MDD are on-track to read out later in the second quarter of 2016. We look forward to reporting this data in the not-too distant future and determining the next steps in the clinical development of these products based on our findings. I will now turn the call over to Geoff to cover our financial reserves.