Thanks, Greg. If you followed Stemcells Inc. over the last decade you know that I'm always excited to report on our [tentacle] achievements which has been both numerous and steady since we safely perform the first ever transplant of our patented Eurostemcells into a patient in 2006. I'm proud to report that in the second quarter of 2015 we continue to make solid progress with Phase 2 clinical trials in two major indications in the central nervous system, spinal cord injury and [Indiscernible] degeneration. Both of these debilitating conditions have large patient populations with significant unmet medical needs and no effect of treatments available today. In May, we present the top-line results from our Phase I/II clinical trials in thoracic spinal cord injury at the joint meeting ISCoS and Asia. Marking the one year post transplant anniversary for the 12 patients who participated in the study. In addition to the safety and tolerability reported for ourselves and for the transplantation procedure, analysis of the 12 month data also showed sustained improvements involving multiple sensory pathways in seven patients which persisted through the end of the study. And most unexpectedly two of the patients progressed from the most severe classification known as AIS A to the lateral degree of injury known as AIS B. With the commencement of our Phase II pathway study in cervical spinal cord injury, StemCells, Inc. has once again made medical history. Not only is this the first clinical trial to evaluate human neural stem cells as a potential therapy for cervical spinal cord injury, we have now successfully transplanted more neural stem cells into the human spinal cord than has ever been done before. In April, we completed the transplantation of the studies first cohort, which was designed to confirm the dose to be used for the remainder of the study. In June, we advanced to enrollment and transplantation of the second of the studies three plant cohorts, which is a randomized controlled single blind study comprising 40 subjects. Half of the patients will receive the cells, the other half will serve as a control. Eight sites literally [spanning] the U.S. from coast-to-coast are actively enrolling patients and we’re working diligently to initiate additional sites. In Q2 of this year, we also received approval from Health Canada to extend this study to Canadian sites, which we believe will further expedite enrollment. The cervical region of the spinal cord is responsible for transmitting neural signals to and from the brain to control motor function of the hands, arms, wrist and elbows. This clinical proof-of-concept study is design to show a clinically meaningful improvement in upper extremity motor score as measured by an objective and quantitative scale. The definitive data will emerge from the second cohort which should be powered with the sufficient number of patients to afford a statistically significant outcome. Our goal is to complete enrollment in this cohort sometime next year with top-line final study results available in 2017. But as soon as June 4 of this year we will have interim six-month post-transplant results for the first cohort. For patients with cervical injury, even a modest change in arm, wrist or hand strength would translate into better quality of life and greater independence. Our other elite clinical program targeting geographic atrophy, the most advanced form of dry AMD has also progressed to a Phase II trial which we are calling the radiant study. Last month we enrolled our first Phase II patient in this randomize proof-of-concept trial, which is designed as the fellow eye controlled study. We are actively working to get a number of sites up and running, expecting to reach approximately 20 sites in the U.S. And we are seeing strong interest in this study from the medical community. All patients enrolled in the study most exhibit geographic atrophy in both eyes. They will receive sub -- transplantation of cells into one eye, with the untreated eye serving as a control. Patients will be followed for one year post transplant. We plan to complete enrollment in 2016 with top-line final study results available in 2017. The objective of the trial is to show that ourselves slow the rate of disease progression and as such recollecting several clinical -- clinically meaningful metrics which may determine the best design for a follow-on Phase III study. Success would represent both a major medical breakthrough and a sizeable commercial opportunity for StemCells, Inc. A year has passed since we completed the first ever transplant of neural stem cells into the human eye on our Phase I/II clinical trial in geographic atrophy of age-related macular degeneration. On June 26th, topline outcomes of this study were reported at the ISSCR annual meeting in Stockholm. The data overall showed a positive safety profile, as well as favorable preliminary data related to visual acuity, contrast sensitivity and an atomic assessment of the retina. In a few minutes we will be sharing further insights into the results from this study. As you can see we continue to make remarkable progress in the clinical development of our proprietary human neural stem cell platform. So I have never been more excited about the Company's potential to realize our promise of delivering breakthrough medicine. We completed four Phase I/II studies covering all three components of the central nervous system, two in the brain, one in the spine, and one in the eye. We have strong evidence that our cells and grafts self-replicate, migrate and survive long-term without the need for ongoing regimen of immunosuppression. We've demonstrated the safety for our cells and for the transplantation procedures and we've even seen early signs of clinical efficacy in each of the components of the central nervous system. We have two controlled Phase II clinical trials underway and these are the most advanced studies been executed using human neural stem cells. In 2017, we plan to have definitive results on the capacities of this platform into two indications with large unmet medical needs. Yes, despite all of these achievements and the success they pertained, StemCells Inc. is trading at valuation lower than the Company has seen in years. So I now like to share some of my thoughts regarding this disconnect. Clearly three announcements in the second quarter have negatively impacted our stock value and I'll quickly sum up my reflection on each of these. First, the opinion of the judge in our pattern infringement suit against neural stem precluded our proceeding to trail and the case was dismissed. I would like to reiterate the key points we communicated in our detailed press release. This case was primarily about the dependence ability to pursue their own agenda the decision doesn't affect StemCells Inc.'s intellectual property portfolio beyond the Weiss and Reynolds family patents. Our cells and platform technology are protected by multiple patent families as well as by the Company proprietary expertise. Most importantly, the court's decision in no way affects our ability to execute our business plan. Secondly, we disclosed the financing that brought $25 million into work offers to strengthen our balance sheet. We fully recognize the markets frustration with dilutive financing; however, it is critical to be able to fund the clinical programs and there are times when you have no other options. However, as we have now successfully advanced the Phase II testing, we're actively seeking non-dilutive sources of capital to reduce our alliance on the capital markets as the primary resource to fund our clinical activities. Thirdly, we reported that we were investigating disparities between two independent analyses of lesion progression associated with geographic atrophy in our Phase I/II GA-AMD study. I think it's important to point out that the primary objective of any Phase I study which is required in order to progress into a Phase II study is to demonstrate the safety of the treatment regimen. When the regimen is being used in a particular patient population for the very first time enrollment criteria typically encompasses very severe and/or advanced cases thereby minimizing the risk of further exacerbating the condition that we're targeting. The prospective analysis of all 15 patients from the Company's Phase I/II study in AMD showed geographic atrophy growth rates in the study eyes that were lower overall and those seem in the controlled eyes. However an independent post-op analysis did not indicate any trend in the data either in favor of the study eye or the controlled eye. We have found that these differences were most due to the challenges inherent in measuring the very large and complex lesions presented by 10 of the 15 patients in the study. Notably these 10 patients would not have met the criteria for enrollment in our Phase II study where the focus which is to efficacy. When we studied results from the 5 subjects with lesion characteristics that would meet enrollment criteria for our Phase II Radiant study, we found the data from both analyses supports our Phase II trial design. In my view these Phase I/II results strongly suggests that we're on the right tract. We have carefully defined the characteristics of the GA lesion types that are appropriate for enrolment into our Radiant study and we're proceeding confidently with this Phase II proof of concept trial. So I would now like to turn the call over to Dr. Naor to review our AMD data including this new information from our Phase I/II study in AMD.