Thank you, Jeff. Good morning. I’d like to start by thanking all of you for taking the time to join us for today’s call. I am here with Dr. Nicholas Borys, Celsion's Chief Medical Officer and Jeffrey Church from whom you’ve just heard, our Chief Financial Officer. As always we are delighted to have this opportunity to update you on our progress and to take your questions. I have lot to cover this morning so I’ll go right to it. For those who have been following us you know that Celsion’s strength lies both in the breadth of our research as well as our focus and we’ve leveraged both as promised as we have been promising you since the acquisition of EGEN to generate some -- what we believe are impressive results for the first six months of 2015. As we record our announcements it’s clear that we have set the stage with for what is becoming very productive year for our company for clinical partners and for our shareholders. I’d like to make a few comments regarding our breadth. With the acquisition of EGEN this marvelous biology based early staged development company at Huntsville, Alabama. We have become all of once a fully integrated company with proven capabilities from feasibility in preclinical programs, through sophisticated clinical studies and commercialization and with this acquisition all at once, as we get them say, all at once. We have three oncology focused platform technologies in chemotherapy, immunotherapy and RNA therapy. With regard to focus I’d like to make four points. The combined assets of our company are highly complementary. Second they are based in nano-particle technology all. Third, they are being employed in oncology research almost exclusively and fourth are all in the potential for short line therapy in combination with the standard of care which we believe offers a great advantage for clinical stage companies and clinic programs. We’re advancing clinical trials in Phase 3, Phase 2 and Phase 1 we've started addressing some of the globally most important cancers of our lifetime, all of which has translated into significant progress. As you’ve seen over this last six months and let me highlight a few of our accomplishments. We posted important advances in preclinical and clinical research with promising results in liver cancer, breast cancer and ovarian cancer. We continue to build a broad market opportunity for ThermoDox by simultaneously executing our clinical strategy while expanding our footprint and focus on opportunities in Europe and in Asia. Additionally with our IL-12 GEN-1 immunotherapy we're building a profile within a rapidly expanding gene in immunotherapy's research community, distinguishing our position as the one company that combines both therapeutics that's the genetic material and delivering mechanisms, you have to have both to be successful and we do. Our first targets for Gen-1 are in ovarian cancer and GBM brain cancer, using the body's natural defenses to work the standard of care medicines to fight these diseases. I point that we're data driven. It's clear that the data has been the foundation of our pipeline and the driver of our research interests. Today I want to highlight examples of data generated from our product pipeline and discuss how we're leveraging these data to advance development of our portfolio. First I'll point out a recently reported overall survival findings from the HEAT study of ThermoDox in primary liver cancer which was unblended about 2.5 years ago. As you might have independently concluded these data more than just a prior design for our confidence in the Phase III OPTIMA study. Last week we announced results from the 285 patients' subgroup of HCC patients who received an optimized RFA treatment plus ThermoDox versus optimized RFA alone, with this week and this is important, the median overall survival for ThermoDox arm was reached, so by all accounts the data are stable and statistically significant in this well-bounded, well-defined subgroup, overall survival quarter after quarter as we have been reporting now for 2.5 years just continues to get better and better. This recent sweep shows a 58% improvement in time to death with an even tighter statistical significance than last reported a p-value with a 0.0198. These findings translate to a greater than 2 year survival benefit over the optimized RFA group only, that's a 79 months survival over 6.5 years for the ThermoDox plus optimized RFA group. Now with five years survival wildly recognized as the benchmark for cure, if we're right ThermoDox plus optimized RFA will be considered a curative treatment similar perhaps to less surgical resection. These data are impressive not only to us but also to our Chinese development partner Hisun and may give us together added commercial options as we pivot to China the world's largest market for primary liver cancer HCC with greater than 400,000 new cases each year. Just a quick progress report on the OPTIMA study which you know is currently in progress, we're evaluating ThermoDox plus optimized RFA versus optimized RFA alone in the 550 patient trial. We continue to enroll patients in this trail across sites in North America, Europe and Asia Pacific with the exception of a clinical trial agreement to initiate the China cohort of 20 sites. We remain on track with our goals for this study. We're now enrolling patients at over 45 sites in 12 to 14 targeted countries. The OPTIMA study is over 15% enrolled excluding China. Turning to the Phase II U.S. DIGNITY study in recurrent chest wall breast cancer, FDA has confirmed that the trial has met its primary endpoints with 17 patients enrolled and 13 patients evaluable. We no longer are enrolling patients from inclusion in our statistical evaluation but I promise Dr. Borys we may keep the trial open and we will keep open for compassionate purposes for investigators who continue to desire to treat patients with this very important treatment option. In addition to showing pharmacokinetic biocompatibility of two separate manufacturing sites investigators assessed overall response rates have been nothing short of remarkable in this highly refractory patient population. Over 70% of patients in this study all of whom have failed 2 to 3 lines of prior chemo and radiation therapy, 70% in this refractory population have shown clinically meaningful objective durable responses and we know that durable local tumor control is a clinically meaningful endpoint, FDA agrees with us on that. We have it in writing. So based on these data we are compelled, we feel compelled we're committed to for saying a registration of program in our position in ThermoDox plus hypothermia for breakthrough therapy status. The application is in development and is plan for submission later this year assuming a positive response we will present you with our strategy for registration of program. In the meantime however we expect to present our findings from the Phase II study at the St. Antonio Breast Cancer Conference in December. So I promise we will keep you posted. Another outcome of the U.S. DIGNITY study has been a very high level of interest from European researchers. The data from our review paper published last year drew the intention of some of the most well known European researchers in hyperthermia, last August they sales -- Dr. Borys and me to support the Euro DIGNITY study. Over the last nine months Dr. Borys has been working with investigators from five countries and with a preliminary study design presented in ESHO, the European Society for Hyperthermic Oncology this past June in Zurich. We are confirming the final protocol details which after multiple reviews we'll enroll 70 recurrent chest wall breast cancer patients and we’ll evaluate patients with standardized hyperthermia, standardized at all of the institutional sites plus ThermoDox over six cycles, plus external beam radiation. If all goes as planned we’ll begin enrolling in Europe in the fourth quarter of this year approximately 12 months after conception and we’ll roll the study out as many as six centers. The study is being conducted with the financial support from our hyperthermia partner Metalogix and institutional participants themselves. Let me turn now to our early access program which we're continued to be quite excited about. We launched the European EAP with a company in Amsterdam who has many businesses, who is making it business in early access programs in the most responsible way. We launched this program about four months ago. The awareness campaign is in full swing. And we just announced this morning as you may have read the expansion of this innovative -- initiative to include patients with primary liver cancer and with liver metastasis. As we have discussed in prior calls EAPs are restricted investigational drugs with high potential only. This European exclusive physician directed program initially leverages our success in providing local thermal control to our four RCW patients and now we have the strength of our overall survival data to provide an opportunity to significantly improve outcomes for primary liver cancer patients who are considered candidates for radio frequency Ablation. We believe that the EAP will not only further validate the potential for ThermoDox to serve as a much needed treatment but we'll also establish the base of expense when ThermoDox receives marketing authorization in Europe. We know that this is a drug with a noble mechanism that absolutely -- absolutely the mechanism works we know that. We have shown that it can be safely administered; we know it can be manufactured with the highest quality levels and to our early access program we will generate experience, support and momentum and yet modest revenue. And the last point I want to make here is that Mike is in active discussions with reimbursement authorities in key markets, once complete we have a great deal of optimism that ThermoDox will provide a benefit prior to approval for patients with fewer or no treatment options. So let’s turn now to GEN-1 our immunotherapy program. GEN-1 is our synthetic non-viral delivery factor which we call TheraPlas which incorporates a DNA plasma that is encoded for the cytokine IL-12. IL-12 is a critical protein for stimulating and anti-cancer T-cell immune response. When administered locally GEN-1 turns on the cellular machineries for local expression of IL-12 in doing so recruits the entire cellular immune system to drug cancer cells that escape the effects of chemotherapy and radiation and for thesis, which I believe we have established convincingly in preclinical and Phase 1 studies. We’re evaluating GEN-1 and ovarian cancer and are completing a preclinical program in glioblastoma multiforme brain cancer. In ovarian cancer the company relied on a partnership with the cooperative GOG that’s a gynecology oncology group for two Phase 1 studies, one in a platinum sensitive and one in platinum refractory population. The most recent study of Phase 1b in platinum refractory patients was completed this past December with patient data from the program presented at ASCO this past June. In a small but significant group GEN-1 demonstrated clinical response rate that stable disease and partial responses in 100% to all of valuable patients treated at the highest dosing cohort. So in the comparison the historical outcomes in the difficult to treat cancer has indicated less than 50% clinical response rates. These results were achieved without having reached a maximum tolerated dose for GEN-1. The next two clinical trials therefore will explore higher doses to ensure that we’re evaluating a best dose of GEN-1 for treating this difficult cancer. So these are my words, I’d like to share with you Dr. Premal Thaker, the University of Washington Medical Center investigator in our Phase 1b at GOG trial. I’d like to share her comments from ASCO “Research formed an approximately 86% clinical benefit from all patients at the highest dose. Highest dosage of GEN-1 combined with doxo had the most efficacy in patients as well as the highest level of stabilization of disease. These are significant because the lack of effective therapies currently available for the subgroup of patients. This patient population is heavily pre-treated and do not have a lot of treatment options” These data well positioned GEN-1 for a trial in neo-adjuvant setting where patients typically had no prior treatment with immunosuppressive drugs. Our next step is a Phase 1 trial of this design and that trial was submitted and accepted by FDA earlier this year, the primary goal is dose finding starting where the Phase 1b GOG study ended we will enroll 9 to 15 patients at up to five sites in the United States. Following GEN-1 therapy patients in the study will be treated with the combination of docetaxel and Taxotere plus platinum therapy followed by surgery. We'll take samples, tissue samples at base line and following surgery to establish the relationship between higher doses of GEN-1 and its effect on the patient's immune system. Slight initiation is clearly underway and we expect to be enrolling patients in this study in the second half of this year. Our plans are to complete the study then over a 12-month period. Data from this neo-adjuvant trial will be used to inform an important follow-on study, we've talked about this. This follow-on study is designed to lead the way to a pivotal program that combines GEN-1 with Doxil plus Avastin which is currently the standard of care for patients who have failed a platinum treatment. But we know about this synergistic -- what we know about this synergistic effect of combining GEN-1 with Avastin, we have quite a bit of preclinical data and what I can say is this, the power of this combination in preclinical study is remarkable. Preclinical data we presented at the Molecular Medicine Tri Conference in San Francisco in February of this year show that when we added GEN-1 to Avastin in a murine model and implanted with disseminated sculptor ovarian cells, the tumor burden simply goes away. Supporting our strategy our multiple preclinical study combining GEN-1 immunotherapy and Avastin, these studies have shown unmistakable synergy even in during dose levels of Avastin, observable reduction in tumor burden and disease progression is statistically significant. These studies repeatedly show no obvious toxicities were associated with combined treatments and importantly the preclinical observations are consistent with a mechanism of action of GEN-1 which exhibits similar to Avastin certain anti-angiogenic properties by suppressing, VEGF, the protein responsible for new blood vessels formation. Moving along now I would like to discuss briefly progress we have made with our TheraSilence our synthetic RNA delivery vector. During the second quarter we announced very promising preclinical data from the TheraSilence in lung cancer and pulmonary hypertension as well as directed delivery of RNA to lung in a nonhuman primate model. These exciting results have captured the interest of a number of leading RNA therapeutic companies. We believe TheraSilence has potential applications in treating numerous lung diseases including cancers, pulmonary hypertension, pulmonary fibrosis, asthma and systemic cystic fibrosis. And we have been meeting with multiple companies to explore the use of our TheraSilence technology to deliver RNA based therapies to the lung. This is a significant anti-field development for this form of therapeutics and one that we may be participating in exclusively with our delivery vector TheraSilence. And before I turn the call over to Jeff, I think I'd like to mention our global focus for those of you following the Company you know this from our beginnings establishing a global footprint was and is a strategic issue for Celsion. We believe we have positioned our pipeline and therapeutic focus for opportunities not only in United States but also in the European Union and in Asia, however the access program for ThermoDox in Europe certainly attracts this while very few companies have recognized the potential for execution of EAPs in terms of patient churn revenue we have done. We have also expanded our studies in Europe from one country to seven from 5 sites to 20, from 1 trial to 2. And with positive data the EU will now become our go-to-market for early drug approval and adoption. In keeping with our global mission, I would note that we have not missed the importance of targeting opportunities in the largest future markets for medicines in the world and that is China and Asia. In that regard, we have two strategic partnerships in place one in each of the key markets Japan and China, our clinical studies include trial sites and 9 soon to be 10 Asian countries, we have expertly quoted key regulatory agencies and frankly we know the key thought leaders involved with our clinical research on the first name basis. In a sentence we're shaping our global opportunities for success moving forward. Now with that, I'd like to turn the call over to Jeff for review of financials along with few comments regarding cash conservation initiatives. Jeff?