Thank you, James, and good afternoon, everyone. Caladrius is currently developing a set of autologous cellular therapies designed to treat or reverse disease. Based on human clinical trial data generated to date, our therapies have shown strong signs of efficacy and durability with an excellent safety profile, unlike many allogeneic therapies. Importantly, we believe that curative cell therapy products when applied to the right indication and at the right price can restore human health and potentially improve quality of life with a single administration as compared to a treatment that requires frequent re-administration. With that said, we have long recognized that the medical promise that we see does not correlate with the value ascribed to our pipeline as indicated in our share price. This dichotomy was the basis for our quest to identify and secure additional development candidates with the strongest affinity ascribed to products that we believe hold great medical potential are in indications of high unmet medical need and where they can be positioned advantageously can be materially advanced in their development with mostly our existing capital and represent therapeutic areas that have been historically attractive to investors. Our merger with Cend allows us to tick all our requirement boxes, and I am personally thrilled to become involved in the development of the Cend product pipeline. With that as a general introduction, I will now expand on each of the Caladrius clinical programs in numerical order. Kicking off with CLBS12 Honedra in Japan, our product candidate for the treatment of critical limb ischemia and Buerger's disease. HONEDRA was awarded a SAKIGAKE designation from the Japanese regulatory authorities for the treatment of critical limb ischemia and Buerger's disease, which is an orphan-sized subset of critical limb ischemia. The SAKIGAKE designation is akin to the regenerative medicine advanced therapy designation or an RMAT designation in the United States. SAKIGAKE designation affords the recipient prioritized regulatory consultation, a dedicated review system to support the development and review process, including the option of a rolling registration submission as well as reduced review time of 6 months for the registration effort once filed. Additionally, under Japan's Regenerative Medicine legislation, products such as HONEDRA are eligible for conditional approval and possibly full approval in Japan based on the assessment of the data from the trial or trials designed in direct collaboration with the Japanese Pharmaceutical and Medical Devices Agency, known as PMDA. Note that conditional approval of a regenerative medicine product only requires a demonstration of a trend toward therapeutic effect together with acceptable safety. Further, the SAKIGAKE designation is a highly sought regulatory classification in Japan. And we hope that this, coupled with positively trending data from our trial will make HONEDRA an attractive product for partnering to a Japanese pharmaceutical company. The company study of HONEDRA in Japan for the treatment of critical limb ischemia and Buerger’s disease has shown positive results to date. The initial response is observed in the subjects who have reached an endpoint in this study are consistent with our expectations of therapeutic effect and safety based on previously published clinical trials in Japan and the United States. However, as discussed in prior quarters, we have suspended our enrollment efforts to minimize the operational and financial burden that we have incurred and continue to incur due to enrollment delays and the lack of visibility on the time to completion. The company has turned its focus to securing a partner in Japan to complete the study by enrolling the 4 remaining no-option critical limb ischemia subjects, if deemed necessary and/or to explore the possibility of submitting this existing data to the Japanese regulatory authorities. In an upcoming clinical pre-consultation meeting with the PMDA, top line results from the study will be presented and discussed, and we expect that they will provide important perspective to be considered in preparation for the formal consultation meetings, which precede the Japanese new drug application. Turning now to XOWNA where CLBS16 for the treatment of coronary microvascular dysfunction, or CMD. CMD is a disease that continues to be underdiagnosed and potentially afflicts millions annually, a vast majority of whom are female with no current treatment options. In May of 2020, Caladrius announced the full data results from the Phase IIa ESCaPE-CMD trial, showing a highly statistically significant improvement in coronary flow reserve correlating with symptom relief for patients with CMD after a single intracoronary injection of XOWNA. Subsequently, the company initiated and is currently treating patients in a rigorous Phase IIb clinical trial known as the FREEDOM trial, which, to our knowledge, is the first controlled regenerative medicine trial in CMD in the United States. The FREEDOM trial is a double-blind, randomized, placebo-controlled trial designed to corroborate the results of the ESCaPE-CMD trial, while assessing the efficacy and safety of delivering autologous CD34+ cells, our XOWNA product is subjects with CMD and without constructive coronary artery disease. Initially, investigator and potential subject response to the FREEDOM trial was favorable and early enrollment in the trial proceeded as planned with the first patient treated in January of 2021. However, since the inception of the trial, the impact of the COVID-19 pandemic in the United States, coupled with supply chain issues associated with the catheters used for the diagnosis of CMD and/or administration of XOWNA, have made and continue to make enrollment much slower than originally predicted and challenging to accelerate. Caladrius has taken steps to accelerate enrollment by expanding the number of participating investigational sites as well as modifying the study protocol to make study including criteria more flexible. We are continually monitoring study progress, and we will consider additional future protocol and/or executional changes as appropriate. Lastly, our most recently proposed development program, CLBS201 for the treatment of diabetic kidney disease, or DKD. The company initiated a Phase I open-label proof-of-concept trial evaluating CLBS201, a CD34-positive regenerative cell therapy investigational product for intrarenal artery administration in patients with diabetic kidney disease. The development program focuses on patients that exhibit rapidly progressing Stage 3b/4 disease. The scientific rationale for the program is based on the association of progressive kidney disease with attrition of the microcirculation of the kidney. Preclinical studies in kidney disease and injury models have demonstrated that protection or replenishment of the microcirculation results in improved kidney function. Our proof-of-concept protocol provides for a staggered sequentially dosed cohort of 6 patients overseen by an independent data safety monitoring board with the objective of determining the tolerance of intrarenal cell therapy injection in diabetic kidney disease patients as well as the ability of CLBS201 to regenerate kidney function. A key readout of the data will occur at the 6-month follow-up visit for all patients. And as previously announced, the first patient was treated in this study of CLBS201 in April of 2022, leading to top line data from all subjects expected by the first quarter of 2023. With that, I will now turn the call back to Dr. Mazzo. Dave?