Thank you, Jason, and thank you to everyone, for joining our 2020 first quarter results conference call. For those of you who are familiar with Salarius, welcome back and for those of you who are new to Salarius, let me take a moment to introduce the company.Salarius is an emerging clinical stage biotechnology company developing potential treatments for cancers caused by the dysregulation of gene expression, or stated another way, cancers that hijack the cells machinery to incorrectly turn genes on or off in a way, that helps some cancer survive and grow. This area of research is referred to as epigenetics.Our lead drug candidate, seclidemstat is a non-cytotoxic agent making it different from classic chemotherapy. Seclidemstat is an oral treatment that inhibits the LSD1 enzyme, which is believed to play a key role in regulating gene expression in many cancers, including Ewing and other sarcomas, cancers of the prostate, breast, colon, ovaries, and melanomas.Our lead indication, Ewing sarcoma is a rare but devastating bone and soft tissue cancer, primarily affecting children and young adults. These children and young adults rely on a standard-of-care treatment, including chemotherapy, frequently intense multi-agent chemotherapy, and often radiation and/or potentially disfiguring surgeries.Unfortunately, many Ewing's patients fail to respond or relapse and face five-year mortality rates reaching 70% to 80%. In addition, many patients that do not respond to standard-of-care often experience long-term complications resulting from their treatment. All these patients need better treatment options, and we believe seclidemstat has the potential to be a better option.Now, Salarius is coming off a transformative year in 2019, highlighted by our merger with Flex Pharma and our listing as a publicly traded company on the NASDAQ capital market. We believe these events elevated our visibility among investors, and helped us access the resources necessary to evaluate seclidemstat as a potential treatment for Ewing sarcoma, and other hard to treat cancers. Looking forward, we anticipate multiple clinical trial data disclosures and potential value building events, throughout 2020 and beyond.With this background, let's now review the first quarter of 2020. Since January, we have achieved a great deal, including a dose escalation advancement in our ongoing Phase 1, Phase 2 Ewing sarcoma clinical trial, the completion of an $11 million public offering and the strengthening of our intellectual property portfolio protecting seclidemstat.Most recently, Salarius Board of Directors named Dr. Bill McVicar as the new Chairman of our Board of Directors. Bill is a seasoned pharmaceutical industry executive with more than 30 years of clinical development experience. He recently served as the Chief Executive Officer of Flex Pharma, and previously served as the Chief Scientific Officer and President of Intertek Pharmaceuticals.In addition, our founding scientists Dr. Sunil Sharma and his team at the Translational Genomic Institute or TGen in Phoenix, Arizona, in February, published a scientific paper highlighting the potential of combining seclidemstat with cancer immunotherapies, such as checkpoint inhibitors. I'll discuss this more in a few minutes.Before I review Salarius's first quarter accomplishments in more detail, I would like to address a topic that is forefront in everyone's thoughts these past several months, the coronavirus outbreak. Coronavirus, or COVID-19 is a global health crisis that has impacted all aspects of society and business. Salarius like all businesses is not immune, but we have worked with to the unexpected and challenging circumstances resulting from the COVID-19 pandemic, and at this time, I am pleased to report that we have experienced minimal COVID-19-related disruptions in our ongoing clinical trials or our manufacturing capabilities.Due to the COVID-19 outbreak, many clinical trials have been placed on hold. Fortunately, the Salarius trials in Ewing sarcoma and advanced solid tumors have been prioritized within our clinical trial sites remain active and continue to enroll patients. As such, Salarius is continuing with plans to release clinical data from both trials, as previously disclosed during 2020 and 2021. I believe the prioritization and commitment to our clinical trials is indicative of the true unmet medical needs facing the patient populations, in which are investigating seclidemstat treatment.Relative to Salarius, in mid-March, we initiated a work from home policy for employees in our Houston headquarters, and suspended non-essential business travel. Having said this, the impact of COVID-19 changes daily, and we will continue to monitor the situation and take corrective actions, where possible to mitigate the impact on operations.Before moving on, I would like to say that the teamwork, the resilience and the commitment demonstrated by the personnel at our various clinical trial sites, these are hospitals, so there's much going on in our clinical trial sites. But the personnel in our various clinical trial sites, our contract research organizations and our manufacturing partners, have been truly remarkable. And it's allowed us to continue advancing our ongoing clinical trials during the COVID-19 situation. I want to publicly thank all of these individuals. Thank you.Now, I would like to move on to the first quarter of 2020 operational update. As I mentioned earlier, Salarius is an emerging clinical stage biotechnology company developing potential treatments that address cancers, caused by the dysregulation of gene expression. Under normal circumstances, a series of enzymes called epigenetic enzymes are responsible for maintaining proper gene expression in the human body.However, when these epigenetic enzymes become dysregulated, they can cause the body to incorrectly turn genes on and off, which can support the development and progression of cancer, rather than supporting normal cellular function. These dysregulated epigenetic enzymes represent attractive points for therapeutic intervention in several cancers. This approach forms the basis of our proprietary lead drug candidate seclidemstat.Seclidemstat, however, stands apart from this crowd, as it is one of only two reversible LSD1 inhibitors we know of to be in clinical development. Reversibility is an important distinction that may offer real therapeutic benefits, and we believe that because our molecule does not permanently bind to the LSD1 enzyme seclidemstat may provide improved safety and a wider therapeutic window than the reversible LSD1 inhibitor. Seclidemstat safety profile is currently being evaluated in our ongoing Phase 1, Phase 2 trials.First generation LSD1 inhibitors focus primarily on inhibiting the enzymatic function of LSD1 and a limited number of LSD1 protein interactions. Seclidemstat is unique in its ability to not only inhibit the enzymatic function of LSD1, but also inhibit a broader range of LSD protein interactions. The ability to inhibit both of these functions of LSD1 may allow seclidemstat to impact a wide variety of tumor types.As I mentioned earlier, Salarius is conducting two Phase 1/2 clinical trials for seclidemstat, but first within patients with relapsed or refractory Ewing sarcoma, a disease of high-unmet need requiring potential new treatment options, such as seclidemstat. The second Phase 1/2 clinical trial is evaluating seclidemstat in patients with advanced solid tumors, which includes prostate, breast, ovarian, melanoma, colorectal, non-Ewing sarcomas, and other cancers where seclidemstat has demonstrated single agent activity in preclinical studies.Both trials are designed as open-label dose escalation trials to demonstrate the maximum tolerated dose or MTD and the initial safety profile of seclidemstat. Once each trial establishes MTD, a dose expansion phase begins at the MTD or recommended Phase 2 dose. A larger group of patients will be treated at this phase to expand the safety profile for seclidemstat, capture additional pharmacokinetic data and potentially provide preliminary efficacy data.As I mentioned earlier, Salarius plans to begin releasing clinical data in 2020, and continue with clinical data releases from these two clinical trials throughout this year and into next year. We are pleased to report that in the first quarter of this year, the safety review committee overseeing the Ewing sarcoma clinical trial approved the advancement of the trial into the six of seven dosing cohorts, and patients are now enrolling at the 1200 mg BID daily dose. We are also pleased that to-date we have not seen dose limiting toxicities that would prevent further dose escalation.Thus far, pharmacokinetic data from the trial suggests the plasma drug levels are increasing in a dose proportional manner, with no evidence of plateau in drug exposure levels. This is positive news, as we are now seeing seclidemstat levels in patients, at or above the levels where we noted pharmacological activity in our pre-clinical program.Dose escalation also continues in our advanced solid tumor trials, which is now in the fourth of seven dosing cohorts and is enrolling patients at the 600 mg BID daily dose. Salarius believes both clinical trials are on track to reach maximum tolerated dose in 2020, triggering the dose escalation studies of each trial.With Ewing sarcoma, there's a tremendous unmet therapeutic need, and we believe that the potential to address this need offers seclidemstat the possibility of a more rapid FDA review process.In fact, the FDA has previously granted seclidemstat Fast Track designation, as well as Orphan Drug designation, and Rare Pediatric Disease designation. We feel very well-positioned to take advantage of the FDA's expedited programs for drug development and review. Also, if approved by the FDA, seclidemstat's Rare Pediatric Disease designation means Salarius could qualify to receive a priority review voucher, which is an extremely valuable and monetizable asset, which we can potentially sell for $80 million to $130 million.The advanced solid tumor clinical trial is allowing us to better establish the seclidemstat safety profile while more fully developing our future advanced solid tumor clinical strategy. Now, third party research has demonstrated that cancers with mutations and other epigenetic enzymes or mutations in epigenetic complexes, may have increased sensitivity to LSD1 inhibition, anti-proliferative and/or immunomodulatory effects.These include mutations in methyltransferase or acetyltransferase enzymes, and mutations in the SWI/SNF complex, which occur in roughly 20% of solid tumors. Many of these tumors can be identified through already established and commercially available genetic screens. By using these genetic screens, we believe we can identify and enrich our advanced solid tumor expansion cohort, with patients that harbor these sensitizing mutations, and therefore increase the likelihood of patients responding to seclidemstat treatment.Since these genetic screens already exist and are common across standard testing platforms, it is possible to implement these enriching strategies in the clinic, and if approved in a commercial setting. This type of tumor targeting is becoming more common, as reflected in the recent FDA approval of Lilly drug selpercatinib for three different types of cancers, all driven by the same gene alteration. We believe this approach could represent a significant opportunity Salarius.Further, we are exploring the use of seclidemstat in combination with a type of cancer immunotherapy, commonly known as checkpoint inhibitors. Checkpoint inhibitors, which have estimated global annual sales of $15 billion, were designed to expose cancer cells to attack by the patient's own immune system. However, these therapies only work in about 30% of cancer patients. And in patients who do show an initial response, many suffer a return of the disease.As I mentioned earlier, Salarius founder Dr. Sunil Sharma and his team at TGen published data from two in vitro studies, investigating the ability of seclidemstat to promote anti-tumor immunity and T effector cell infiltration in two types of ovarian cancer, that both carry a specific mutation. In that study, seclidemstat modulated the tumor microenvironment to increase immune cell infiltration into tumor organoids. Organoids are clumps of tumor cells growing in culture. This is significant because checkpoint inhibitors are often ineffective due to a lack of effector immune cells within the tumor.In other words, seclidemstat may turn cold tumors hidden from a person's immune system into hot tumors, that can be identified by the immune system and which could then respond to checkpoint inhibitor treatment. We believe this is a significant potential opportunity, and we're currently researching the best ways to advance into clinical trials. There's a lot to be excited about with seclidemstat and a lot to be excited about in our development programs. We look forward to providing updates on our progress throughout the year.With that, I'd like to pass the call to Mark Rosenblum, Salarius’s Chief Financial Officer, who will provide a brief review of our first quarter financial report. Mark, please go ahead.