Thanks Glynn and good afternoon. As Glynn mentioned, our lead vaccine candidate, TPIV 200, is currently being evaluated in three active Phase 2 clinical studies, with the fourth study planned to be initiated in 2017. The first study is the combination therapy with Astra Zeneca’s PD-L1 checkpoint inhibitor, called durvalamab, which is being conducted by the Memorial Sloan Kettering Cancer Research Center at multiple clinical sites in women with platinum-resistant ovarian cancer. This is the first study to evaluate the combination of a peptide vaccine with a checkpoint inhibitor in women with platinum-resistant ovarian cancer, who typically have a very poor survival prognosis and no FDA-approved treatment options. As we mentioned on our last call, enrollment in the single-arm study was suspended according to the Simon two-stage design. While the 27 patients who are currently enrolled complete their treatment and the planned interim analysis is conducted. We continue to anticipate reporting the results of the interim analysis later this quarter. If the safety profile remains positive and there are sufficient signs of tumor response from the combination therapy, enrollment will resume and the study will be completed as designed. We look forward to providing an update as soon as the interim data are available. TapImmune sponsored, randomized, blinded, controlled Phase 2 study is also underway to evaluate TPIV 200 vaccination as a maintenance therapy to reduce the rate of recurrence in women with platinum-sensitive ovarian cancer. We recently announced that TapImmune has instituted a strategic amendment to the enrollment criteria for this study to account for a changing treatment landscape for this high, unmet need indication. Originally the study was set to enroll women who had undergone two or more rounds of platinum-based chemotherapy for which no FDA approved therapies had been available at the time the protocol was written. However, given the successful approval of Tesaro's PARP inhibitor, niraparib, for women in their second disease remission, we thought to amend our study protocol to shift the focus of TPIV 200 earlier in the treatment paradigm, where no approved therapies currently exist, namely women in their first remission following the first round of successful platinum-based chemotherapy. It's useful at this point to say that these women are likely to have healthier immune systems, having not gone through multiple rounds of chemotherapy and cancer recurrence in their first remission. So they may be better positioned to benefit from our immunotherapy approach. Additionally, should TPIV 200 demonstrate a significant benefit in prolonging disease-free survival on this population, TapImmune will be well-positioned from a competitive standpoint with the potential to address a unique niche within the ovarian cancer treatment landscape. Enrollment in this study is currently ongoing and we expect to conduct an interim analysis in early 2019, once the data from the first half of the enrollment is achieved. The slight shift from our original expectation of late 2018 for the interim analysis is due to the amended patient population that will be enrolled in this study. Shifting gears now to our other lead cancer indication, triple-negative breast cancer or TNBC. As Glynn mentioned, we recently achieved 50% enrollment in our Company sponsored, multicenter, randomized, Phase 2 study, which is designed to determine the optimal vaccine dose and regimen that can maximize the anti tumor response in women with maintenance phase TNBC. We are encouraged by the rate of enrollment in the study to date and remain on track to complete enrollment by the end of the calendar year, with top line data expected in the second half of 2018. Finally, as we've discussed, our collaborators at the Mayo Clinic are preparing to initiate a fourth study of TPIV 200, also in women with advanced TNBC. This study is completely funded by a grant from the U.S. Department of Defense of approximately $13 million, which was awarded back in September 2015. While we were hopeful that this study would be well on its way by now, the fact is that Mayo Clinic, as a primarily academic institution, is not beholden to TapImmune or its shareholders in terms of meeting our expectations on study start. Clearly they and the Department of Defense recognize the need for new therapies for TNBC. And we remain grateful to the Mayo Clinic for their willingness to advance TPIV 200 on our behalf in this large 280-patient study. Based on our most recent discussions, we expect the study to begin enrolling patients later this year. As a reminder, this study will evaluate the efficacy of TPIV 200 in prolonging disease-free survival after standard-of-care chemotherapy and radiation for TNBC. We look forward to updating the market once again once the study starts. In addition TPIV 200, we also expect to initiate two clinical studies for our second peptide vaccine, which is designated to target HER-2+ breast cancer. First, a company-sponsored Phase 1b/2a trial of our enhanced HER2/neu vaccine, TPIV 110, which now includes an additional HER2 peptide, compared to our original vaccine TPIV 100. As we mentioned on our last call, we expect to file the amended investigational new drug application for TPVI 110 later this year. And upon FDA acceptance we will initiate the study to evaluate TPVI 110 for treating women with Her2neu+ breast cancer. In parallel, our collaborators at the Mayo Clinic have secured a second DoD grant to fund another Phase 1b/2a clinical study in Her2neu+ breast cancer, this time focusing on women with a much earlier stage ductal carcinoma in situ, or DCIS breast cancer. This is actually a very exciting study. If our vaccine is successful in this early stage breast cancer indication, it could one day be positioned to compliment standard surgery and chemotherapy and potentially become part of a routine innovation schedule to prevent breast cancer in healthy women. Again timing of the study is driven by the Mayo Clinic, but we look forward to providing an update as soon as patient enrollment begins. Last but certainly not least, complementing our deep clinical stage pipeline is our proprietary PolyStart technology, which we believe represents a significant platform opportunity for the company to build additional value, both through internal pipeline development, as well as strategic out licensing to other vaccine developers. All of the data that we've generated to date for PolyStart continue to indicate that our unique protein expression technology may be able to significantly improve antigen expression and therefore enhance the potency of any nucleic acid-based vaccine. Using proprietary vectors, we've been able to enhance the expression of several functional protein antigens across multiple cell lines by at least four-fold, compared to traditional vectors. In some cases six-fold to ten-fold or more. In laboratory studies we've also shown that these antigens are effectively presented on the surface of immune cells and are able to direct the cytotoxic activity of CDA T-cells, which is still important for an effective immune response. As we continue to validate our unique approach with additional studies, our goal will be to demonstrate the value of PolyStart to potential out licensing partners. We remain very pleased with our progress and look forward to exploring multiple opportunities to monetize this platform technology both within oncology, as well as in other areas where vaccines are used, of course infectious disease as the primary. With that, I'll turn the call to Glynn for some closing remarks.