Thank you, Mark and good afternoon to everyone. I will discuss our immunotherapy programs shortly. But I’d like to start with the discussion on GALE-401. So please turn to Slide 7. As Mark mentioned GALE-401 is ready to enter late stage development targeting platelet lowering in patients with ET. And we are quite excited about advancing GALE-401 for a number of reasons. For background, the marketed immediate-release version of anagrelide causes adverse events leading to intolerance in approximately 20% to 25% of those patients. Importantly patients with ET who have failed hydroxyurea and anagrelide IR have not approved third-line treatment options. Because ET is a chronic disease treating patients with intolerance is a significant challenge. And it has the potential to compound over time. As we discussed last quarter, we have done a thorough review of the data from our trials as well as an in-depth analysis on the treatment landscape for myeloproliferative neoplasms or MPNs. As a result, as you can see on the Slide 8. We have both strong clinical and development rational through advance GALE-401 into late stage development. In our Phase 2 trial, GALE-401 demonstrated a potentially faster onset of action, consistent efficacy and a clear indication of improved tolerability compared to the immediate-release version of anagrelide. The combined safety data encompassing all six of our trials was presented in June at the European Hematology Association meeting. In addition in the Phase 2 trial, we had an improved administration profile of twice a day dosing. As compared to the IR version that is indicated for treatment up to four times a day. Further based on the PK or pharmacokinetic profile of anagrelide CR or 401, we plan to assess once-a-day dosing in our pivotal trial that could provide significant patient compliance and commercial benefit for the drug. The development profile of GALE-401 also provides a number of advantages as we look to advance this registration program towards market approval. Our controlled release version of anagrelide is a novel proprietary formulation of FDA approved product with a known mechanism of action. We believe this will allow us to utilize the 505(b)(2) regulatory pathway for approval, reducing our overall development process and regulatory requirements. Importantly, we also have patent protection for GALE-401, leading to market exclusivity through 2029. Moving now to Slide 9, we laid out the treatment landscape for ET patients. Currently there are two primary treatment options available hydroxyurea and immediate-release version of anagrelide. Unfortunately, both come with a safety profile that can lead to premature discontinuation of the drug in a significant number of patients. As you can see in the bottom right box on this slide, there are no approved therapies for these patients who have failed the current standard of care treatment, presenting a significant unmet medical need in third-line therapy. As seen on Slide 10. The prevalence of ET is in the U.S. between 135,000 and 175,000 with approximately 75% of diagnosed patients receiving treatment. Based on these numbers our calculations estimate that there are approximately 9,000 drug treatable patients in the third-line. Besides no approved drug in this space there is limited competition with very few agents in development. And if successful in third-line, we believe there are multiple life cycle management opportunities. And as mentioned, we plan to assess once-a-day dosing, that could provide significant patient compliance and commercial benefit for the drug. Our next steps for GALE-401 are to finalize the Phase 2/3 clinical trial design and to meet with the FDA in a Type B meeting before the end of the year. Our current estimate is that we would be able to initiate a pivotal trial in the first half of 2017. Switching to our cancer immunotherapy programs. Please turn to Slide 11. In clinical trials NeuVax has demonstrated a capability to generate tumor-specific CD8 T-cells and it remains our belief that this capability can be beneficial in treatment of cancer. Based on published data demonstrating synergistic mechanism of action they believe the trastuzumab may substantially sensitized breast cancer cells to vaccine-induced T-cell killing. As a result, we initiated two combination studies investigating NeuVax plus trastuzumab in HER2 1+/2+ and in HER2 3+ patients. As you can see on the Slide 12, we have listed our current trials with NeuVax led by our two Phase 2 combination studies with trastuzumab. We have shared the top line data from the PRESENT study with the lead investigators and collaborators for these studies and they are supportive of continuing this investigator sponsored trials as planned. For the 300-patient trial targeting HER2 1+/2+ patients, the principal investigator reported to us that the first pre-specified interim safety analysis was completed by the trials data safety monitoring board in the second quarter. And the DSMB recommended that the trial continue as planned. We look forward to the first data presentation of the interim safety analysis at the European Society for Medical Oncology Congress in October. And the first pre-specified efficacy analysis at the end of next year. With the present investigation completed. We’ll be working with our collaborators on our clinical trials in ductal carcinoma in situ and in gastric cancer. Turning now to Slide 13, we have the overview for our clinical development program for other immunotherapy assets GALE-301 or E-39 and attenuated version of the peptide GALE-302 or E-39 prime are derived from folate binding protein and are targeting the prevention of recurrence in ovarian and endometrial cancers. During the second quarter, the FDA granted two orphan-drug designations for these two cancer immunotherapy peptides for the treatment including prevention of recurrence of ovarian cancer. Both trials have shown promising results to-date and the results from the primary analysis from the GALE-301 Phase 1/2a were presented in June and are depicted in the Slide 14. All those small numbers in the trial we were able to see a statistically significant survival benefit with estimated two year disease free survival rate of 73.5% in the patients optimally treated with the vaccine versus 38.1% in the control group with the statistically significant P-value of 0.03. You will also have additional biomarker and dosing data presentation later this year. With that, I would like to hand the call over to John Burns to discuss our financials. Please turn to Slide 15.