That's very kind of you. Yeah. Sorry, everyone. I'm in the UK and we've got a thunderstorm going on and I got dropped out. Anyway, thank you very much, RJ. Of course, I'm very honored by the ISCT's recognition and obviously pass my thanks to all of my current and former colleagues that I've had the pleasure to work with over the years. It's a great reflection on the entire research effort and success of everyone I've been lucky to work and collaborate with over the course of my career, and I hope it continues. So, most notably for us, though, that we achieved the accompanying milestone at the end of 2023 in the last weeks before Christmas, with the launching of the Phase 1-2 open-label trial of INKmune in metastatic castration-resistant prostate cancer, or MCRPC for short, with the first patient dosing taking place in the final week at the end of last year. The trial is actually unique in many ways, as seems to be the trend of our company. First, the concept. This is an NK therapy trial that does not give NK cells or use cytokines. INKmune converts the patient's own residual NK cells in their circulation from resting, non-cancer-killing state, to what we now know are memory-like NK cells that are able to destroy NK-resistant cancer cells. So, unlike more conventional adoptive immunotherapies with NK cells from donors, patients don't require any type of conditioning chemotherapy, and nor do they require NK-stimulating cytokines, as is common to other NK-activating therapies. INmune patients sitting in a chair as an outpatient can get an IV, or intravenous infusion, over 20 minutes, and then having received their dose of INKmune, they're able to leave. We've given over 20 doses of INKmune in an outpatient setting so far. Each infusion was remarkably boring for the patient, and as importantly for the clinical team, as it appears to be so well-tolerated. In each patient in the trial, we're monitoring immunologic endpoints, as you would expect, that include NK cell number, the phenotype of those NK cells, and their ability to kill NK-resistant tumor cells. We also measured tumor-related variables. In this MCRPC trial, we measure anti-tumor effects by following blood PSA levels, tumor volume with PMSA scans, and circulating tumor DNA. So, this rich data set will allow us to predict if the therapy warrants a pivotal trial at the end of Phase 2. The Phase 1, Phase 2 trial is expected to enrol 30 patients. These men have all received previous [ph] therapy and now have metastatic castrate-resistant prostate cancer. They receive three infusions of INKmune as an outpatient treatment, as I said, during that six-month trial. We have three centers enrolling patients, and another five are expected to open over the next few months. The Phase 1 portion of the trial will be completed by September this year, and we expect patient enrolment in the Phase 2 portion to be completed by the second quarter of next year, with data available for all of the patients by the end of 2025 at the latest. It is an open-label trial, and we expect some snapshots of the data in 2024 or in early 2025. Equally importantly, the INKmune team has been working very hard on perfecting the manufacturing and logistics elements of INKmune therapy. So when wearing my academic hat over the last 35 years, I've seen many promising therapeutic strategies in the cell and gene therapy space fail due to manufacturing and logistical problems, and you'll all be aware of some of those associated with adoptive immunotherapies like CAR-T. We're scaling up the manufacturing process in preparation for the pivotal trial, and we perfected the quality and release assays requested by the regulatory authorities. Because the product ships on dry ice, logistics and storage at treatment centers is easy and fits in with many other drugs, commercial drugs. So simply put, we can make the drug, we can ship and store it, and the clinical trials will determine the therapeutic value in this setting. Our pivot from hematological malignancies to solid tumors was not a one-tumor project and has been well-planned. The unique attributes of INKmune primed NK cells make them ideal to treat a wide variety of solid tumors, and we've published on those. Prostate cancer is the test case, but we found sound preclinical work in ovarian cancer, and we're developing the same data in renal cell carcinoma. So given resources, these will be the next targets of INKmune therapy. So that ends my update on the INKmune platform, and I'd like to turn the call over to David Moss, our CFO, to discuss the financials. Thank you, David.