Thank you and good afternoon. Before we start, I would like to state that we will be making certain forward-looking statements during today's presentation. These statements may include statements regarding among other things the efficacy, safety and intended utilization of our product candidates, our future research and development plans including our anticipated conduct and timing of preclinical and clinical studies, our plans to present a report additional data, our plans regarding regulatory filings, potential regulatory developments involving our product candidates and our possible uses of existing cash and investment resources. These forward-looking statements are based on current information, assumptions and expectations that are subject to change and involve a number of risks and uncertainties that may cause actual results to differ materially from those contained in the forward-looking statements. These and other risks are described in our periodic filings made with the SEC. including our quarterly and annual report. You're cautioned not to place undue reliance on these forward-looking statements and we disclaim any obligation to update such statements. And with that, I will turn the call over now to Linda Marbán, CEO.
Linda Marbán: Good afternoon and thank you for joining us for our fourth quarter and full year update and conference call. Over the last few months, we have continued to make progress in the HOPE-2 clinical trial for Duchenne muscular dystrophy, which also included a pivotal meeting with the Food and Drug Administration under our RMAT designation. Additionally, we are continuing the development of our exosome platform technology. I am delighted today to provide you with some colors on both programs. As we announced earlier this year, we had a successful meeting with the FDA during which time we discussed the potential registration of CAP-1002 should hope to achieve its primary efficacy end point as well as other important issues such as trial size, clinical relevance of the performance of the upper limb as well as other measures of muscle function. We left that meeting not only with direction, but also feeling very encouraged. However, we were faced with a challenge right after the meeting when we learned that a patient in the HOPE-2 clinical trials sustained a serious adverse event otherwise known as an SAE during the infusion. The event was an allergic reaction that occurred during infusion which resulted in anaphylaxis. Luckily the patient was and continues to be fine. But the result of that incident was that we put ourselves on a voluntary dosing hold, while we investigated the SAE. It became apparent after investigation that these types of allergic reactions sometimes occur when a biologic is being infused and the cause remains unknown which is the case here, but that a pre-medication regimen of steroids and antihistamines usually does the trick to prevent these types of allergic responses from occurring in the future. We have now implemented one of these well accepted regimens and the trial was reopened within 30 days after the dosing hold went into effect. We are now confident that this proactive medication regimen will reduce the risk of future events of this type. We have infused 14 patients since removing the dosing hold, I have seen no problems to-date. I I'd like to provide you with a brief update on our meeting with the FDA to discuss CAP-1002 for DMD. The FDA were enthusiastic and supportive of our program especially since we were initially targeting those at the later stages of the disease process for whom options are severely limited. They endorsed the performance of the upper limb otherwise known as the poll as the primary efficacy end point, but they prefer the newer version of the poll version 2.0 over the one that we had used in the first HOPE Duchenne trial, which was the poll version 1.2. This recommendation required nothing more than a shuffling of end points in our statistical plan as we were already collecting the data for the poll 2.0. The FDA advised us to request an Endo State Meeting after completion of the trial to determine whether HOPE-2 could serve as a registration trial. Today, we have enrolled 20 patients into the trial. Additionally, we have decided to reduce the size of the HOPE-2 trial which based on a power analysis would still allow us to be able to achieve significant both clinical and statistical with fewer patients than originally planned. Further, since our experience with the poll 2.0 is limited and we are using twice the number of cells than we did in the first HOPE Duchenne trial. And we are also delivering the cells via IV instead of intra coronary which is directly into the heart. We have decided to do a full interim look at the data at the end of the second quarter of this year. We believe that the data from these approximately 20 patients will help inform us of the best path forward in terms of trial design and adjudication. We hope to be able to share the results of the interim analysis during the early part of the third quarter of 2019. Based on the data, we will decide the best path forward for CAP-1002 in Duchenne muscular dystrophy. Now, I would like to update you on our expanding exosome program. We have been talking about exosomes for several years now and it is exciting to note that the field is beginning to grow very rapidly. I have been saying for a while that these packets of cellular information will become the next wave of therapeutic development for biotechnology and now it is coming to fruition. It is exciting to realize the opportunities that they present in terms of delivering payloads to cells whether they be proteins, genes, RNAs or small molecule. As you remember, Capricor first discovered the therapeutic potential of the exosome. While we were looking to explain the long-term bioactivity of the cells and soon realized that they potentially have broad possibilities as a platform therapeutic. We began to look at them as a next product in the pipeline for Capricor and have been actively conducting preclinical studies, investigating exosomes for a variety of indications. We are now also focusing on custom designed exosomes that have specific payloads and biologic activity in order to take advantage of these little stealth vehicles of cellular delivery and communication that have a defined mechanism of action. A few months ago, we announced a collaboration with the United States Army Institute of Surgical Research located in San Antonio, Texas to study our exosome for use by the U.S. military primarily for trauma related injuries. That program has yielded some very interesting preliminary data which suggests that the CDC exosomes are very different in modulating the coagulation cascade than MSE derived exosome. Now this data is very exciting for several reasons. One is that the bioactivity of the exosome has been validated by an independent lab at USAISR. Secondly, it shows that our CDC exosomes performed different functions than other types of exosome which confirms that their unique contents may drive their bioactivity. We are very excited to see the story unfold as more data is collected as to how we can turn this interesting observation into a potential therapeutic for warriors in the field. Our colleagues at USAISR are as intrigued by this data as we are and our collaborations are expanding as we investigate the utility of exosomes in treating radiations, burn, pain and other types of traumatic injuries. We are delighted to work on these programs and are hopeful that the data will help us define our clinical development pathway with our exosome platform technology. Additionally, we have other programs underway that are exploring the use of exosomes as delivery vehicles. Now these programs are in the early stage of development, but by far are some of the most exciting projects that we have been working on pre-clinically to-date. We look forward to updating you as we make progress on these new paths with the exosome platform technology. While we had every reason to be enthusiastic about our program both in the development of CAP-1002 for Duchenne and also for the exosome technologies. We also recognize that currently we do not have the resources to continue our HOPE-2 trial per the original protocol. Once we complete the interim analysis, I spoke of earlier, we will be better able to delineate our strategy to potentially complete HOPE-2. And then, we will evaluate our options in terms of raising capital to complete the trial. We look forward to updating you with the data from the interim analysis and also our progress in the exosome program. Again, we thank you for your time. I will now turn it back to AJ Bergman our CFO, who will review the financials at this time.