Thank you, James, and good afternoon, everyone. As we have previously emphasized, we have designed Lisata's rigorous clinical programs based on sound scientific rationale from a large body of published preclinical and early clinical data. Our platform technology is designed to address major impediments to the successful treatment of advanced solid tumors in an environment of increasing pharmacoeconomic pressures. Generating meaningful clinical data as efficiently as possible is critically important in this field, and I can assure you that our entire organization has this goal top of mind in everything we do. With that, I will now provide an overview of LSTA1 for the treatment of advanced solid tumors in combination with other anti-cancer agents. Despite advances in cancer therapy today, many solid tumors remain difficult to treat effectively. Cancer such as pancreatic cancer, gastric cancers, and other solid tumors are surrounded by a dense fibrotic tissue known as the stroma, which limits access of most pharmacotherapies to the tumor. Many solid tumors also present a hostile tumor microenvironment, or TME, which suppresses a patient's immune system and makes it less effective in fighting cancer. The combination of a dense stroma and a hostile TME prevent many chemotherapies and immunotherapies from being optimally effective in treating these cancers. This, coupled with the fact that most anti-cancer therapies are not efficient in targeting only cancer tissue, defines the major challenge in maximizing effectiveness and safety in the treatment of solid tumors. To combat this, Lisata's approach is to exploit the C-end Rule to activate the CendR active transport system, a naturally occurring active transport system to selectively deliver anti-cancer drugs through the stroma and into the tumor. Lisata's lead product candidate, LSTA1, is the recipient of multiple orphan drug designations, including for pancreatic cancer in both the United States and Europe, as well as for malignant glioma in the United States. LSTA1 selectively actuates the CendR active transport mechanism on tumor stroma while also having the potential to modify the TME and make it less immunosuppressive. LSTA1 targets tumor vascular endothelial cells and tumor cells based on its affinity for alpha-V, beta-3, and beta-5 integrins that are selectively upregulated on these cells in comparison to healthy tissue. LSTA1 is a nine amino acid cyclic internalizing RGD peptide that, once bound to these integrins, is cleaved by proteases expressed in the TME to release a linear peptide fragment called a CendR fragment. The CendR fragment has high affinity for and then binds to an adjacent receptor called neuropilin-1, also upregulated on tumor endothelium and tumor cells. This binding activates the C-end Rule active transport pathway, which ferries anti-cancer drugs more efficiently into solid tumors. Additionally, LSDA1 has been shown in a range of preclinical models to modify the tumor microenvironment, making it less hostile to immune cells, reducing tumor resistance to anti-cancer medications, and impeding and or preventing the metastatic cascade. These results come from Lisata sponsored studies and from collaborators and research groups around the world and have been the subject of more than 350 scientific publications relevant to LSDA1s mechanism of action. Along with our collaborators, we have also amassed significant non-clinical data demonstrating enhanced delivery of a range of anti-cancer therapy modalities, including immunotherapies and RNA-based therapeutics. To date, LSDA1 has demonstrated favorable safety, tolerability, and activity to enhance delivery of standard of care chemotherapy for patients with metastatic pancreatic cancer. Our development programs are designed to exploit the potential of LSDA1 to enhance a variety of anti-cancer treatments in a range of solid tumors. Currently, LSDA1 is the subject of nearly a dozen planned or active clinical trials globally for the treatment of various solid tumors. Let me touch on a few of these individually. The ASCEND trial is a 158-patient, double-blind, randomized, placebo-controlled clinical trial evaluating LSDA1 in combination with gemcitabine and nab-paclitaxel in patients with metastatic pancreatic ductal adenocarcinoma, also known as mPDAC. This trial is being conducted at 25 sites in Australia and New Zealand, led by the Australasian Gastro-Intestinal Trials Group, or AGITG, in collaboration with the NHMRC Clinical Trial Center at the University of Sydney. The study consists of two cohorts. Cohort A of the study receives a single dose of 3.2 milligram per kilogram LSDA1, essentially simultaneously with standard of care therapy, while cohort B is identical to cohort A, but with a second dose of 3.2 milligram per kilogram of LSDA1 given four hours after the first. As previously reported, a positive outcome from the planned interim futility analysis was announced by the study's Independent Data Safety Monitoring Committee, which recommended continuation of the study without modification. In addition, we are excited to report that full enrollment of ASCEND has been achieved, and we expect top-line data from the 98 patients assigned to cohort A to be reported in the fourth quarter of 2024, followed by the complete data set of all 158 patients to be available by mid-2025. We plan to use the results of the ASCEND trial to explore possible conditional approvals in several jurisdictions and to design an optimized Phase 3 program in metastatic pancreatic ductal adenocarcinoma. The BOLSTER trial is our Phase 2a double-blind, placebo-controlled, multicenter, randomized basket trial with active and planned investigational sites in the United States, Europe, Canada, and Australia-- evaluating LSDA1 in combination with standards of care in advanced solid tumors, including second-line head and neck Squamous cell carcinoma and first-line Cholangiocarcinoma. This trial will include both cytotoxic and immunotherapy standards of care. BOLSTER continues to make steady progress, and enrollment completion is expected by the end of 2024. CENDIFOX, the Phase 1b/2a open-label trial in the United States of LSDA1 in combination with neoadjuvant FOLFIRINOX based therapies in pancreatic, colon, and appendiceal cancers continues to make steady progress, with enrollment completion expected by the end of the second quarter of 2024. This trial will provide us with pre- and post-treatment biopsy immuno-profiling data, as well as long-term outcome data. LSDA1 is also currently being evaluated in combination with gemcitabine and nab-paclitaxel in a Phase 1b/ 2a open-label trial in China, led by our licensee in that territory, Qilu Pharmaceutical. During the 2023 ASCO annual meeting, Qilu Pharmaceutical presented an abstract sharing preliminary data from the study, which corroborated previously reported findings from the Phase 1b/ 2a trial of LSDA1 plus gemcitabine and nab-paclitaxel conducted in Australia in patients with mPDAC. According to Qilu, final data are expected by the end of the second quarter of 2024, with the initiation of a Phase 2 trial in China shortly thereafter. A collaboration with our funding partner, WARPNINE, the Lisata trial is a Phase 1b/2a randomized single-blind, single-center safety and pharmacodynamic study in Australia evaluating LSDA1 in combination with the checkpoint inhibitor durvalumab plus standard of care chemotherapy nab-paclitaxel and gemcitabine versus standard of care alone in patients with locally advanced non-resectable pancreatic ductal adenocarcinoma. Enrollment completion for Lisata is expected during the second half of 2024. iGoLSTA, a Phase 1b/2a proof of concept safety and early efficacy study evaluating LSDA1 in combination with nivolumab and FOLFIRINOX as a first-line treatment in locally advanced non-resectable gastroesophageal adenocarcinoma is pending initiation as a function of availability of funding by our partner, WARPNINE. The inspiration for this study comes from the findings recently published in Oncology and Cancer Case Reports Journal, which details a patient with metastatic gastroesophageal adenocarcinoma who achieved a complete response when given LSDA1 in combination with standard of care FOLFIRINOX and pembrolizumab. The subject initially underwent months of standard of care treatments and only achieved a partial response. Upon subsequent addition of LSDA1 to such standard of care therapeutic regimen, the subject achieved a complete response, confirmed both radiographically and surgically. We hope to have further update on timing related to the execution of the study in the coming quarters. A study of LSDA1 in combination with Temozolomide and Glioblastoma Multiforme or GBM has been initiated with patients already being treated. This study is designed as a Phase 2a double-blind placebo controlled randomized proof of concept study evaluating LSTA1 when added to standard of care Temozolomide versus Temozolomide and matching LSTA1 placebo in patients with newly diagnosed Glioblastoma Multiforme. It is being conducted across multiple sites in Estonia and Latvia and is targeted to enroll 30 patients with a randomization two to one LSTA1 plus standard of care versus placebo plus standard of care. Importantly, as recently announced, LSTA1 has been granted orphan drug designation by the US. Food and Drug Administration for malignant glioma. This action by the FDA not only highlights the unmet medical need, but also recognizes the potential of LSTA1 to benefit patients in this indication. As a reminder, several of these studies are investigator-initiated trials, and although we have great confidence in our investigators running these studies, Lisata has limited control and thus timelines and expectations may be subject to change. That said, we are extremely grateful to our investigators and especially to those patients participating in LSTA1 clinical trials around the world. For those who are interested, a more comprehensive description of each of our trials is available in the appendix section of the corporate presentation on our website. Additionally, in the body of the presentation, there are two milestone slides that depict the anticipated timing of key execution milestones and data readouts from our trials. As you will see, there are numerous execution and data milestones projected for our portfolio of clinical trials over the next year and beyond. With that, I will now turn the call back to Dave.