Thank you very much for those kind words, Tom, and good morning, everybody. I'd just like to take a moment to start by thanking Cameron, Jake and the Board of Directors for working with me and inviting me to join the Volition team at such an important time. I've really enjoyed working with Volition for the last two years, and I'm really excited about leaning into and contributing to delivery of our mission purpose in the years to come. We really hope to have an impact to improve the lives and quality of lives of millions of people worldwide. I'd like to update you this morning on some of the significant progress we've made with Nu.Q NET and our new breakthrough cancer detection method, which we now call Capture-PCR. So first, starting with NETosis and sepsis. Sepsis, as you've heard me say before, is one of the leading of causes of death worldwide with almost 50 million cases annually and around 11 million deaths. Physicians made significant progress trying to address these issues in 2023, and I'd just like to recap a few highlights. In September, Volition hosted a key opinion leader roundtable event in Athens, Greece. The workshop held over the course of two days focused exclusively on sepsis and the potential role of Nu.Q NET is attended by some of the world's leading experts. Many of the attendees are operating under the umbrella of our Center of Excellence program with Nu.Q NET and have firsthand experience using assay now. The sense from the group was that Nu.Q NET potentially represents one of the biggest breakthroughs in the diagnosis and monitoring of sepsis in the last 30 years. We're moving forward with this group and I'm now working on a review article with the intention to submit it for peer review and publication in a journal towards the end of the year. Continuing in the theme of publication, shortly after our Canadian opinion leader event and subsequent to quarter end in October, the first clinical paper from our clinical excellence group was published. Professor Gila Monterrey's team in Leon published data demonstrating the correlation of the Nu.Q NET level and sepsis. There is a clear mortality signal. What does that mean? The higher patients Nu.Q NET level unfortunately the more likely they are to die. We've also seen in a longitudinal fashion that Nu.Q NET level tracks very well with the severity of the patient's illness. We've been using something called the sepsis score, the sequential organ failure assessment score to calibrate and check Nu.Q NET levels. It's brilliant that we've got the first paper out and I'm really looking forward to publishing and sharing with you more data from our centers of excellence as we go through 2024 and 2025. Over in the U.S., I'm pleased to report that Volition completed the Q sub process with the U.S. Food and Drug Administration. The FDA has confirmed that we can continue to follow a traditional 5, 10-K pathway. I'm also delighted to confirm that my own hospital guidance and Thomas has started using Nu.Q NET in our first study. In a similar theme, we're trying to identify and track patients and monitor the severity of sepsis. This is a large study, we're aiming to enroll around 500 patients and compare patients with sepsis to healthy patients undergoing cardiac surgery. This should give us really good data to try and split the patients apart and understand differences between them. For those that might have missed the recent Edison webinar on sepsis or indeed their thematic report, I wanted to highlight a couple of ongoing studies, which we hope will continue to reinforce and strengthen our clinical utility case. We have ongoing analysis of two large retrospective sepsis cohorts in Europe. The first is with the German sepsis group and the second is with the team at UMC Amsterdam. In total, these studies will examine the outcome and trajectory of over 2,500 patients with sepsis. They involve the processing of over 8,000 Nu.Q NET samples. It's an unbelievably rich data source for us. And we're really excited about this data. But we're really excited about presenting it and submitting it for publication by the end of 2024. These studies will be a rich source of insight using Nu.Q NET on a really large scale and should enable us to sharpen and improve it as we move forward to again bringing into the clinical arena. Our project with key opinion leader, Professor De Carli Annan [ph] in France is progressing really well. De Carl is involved in the consortium project with an ongoing prospective study of which Volition is a member. Again, it's longitude in nature and large scale and is aiming to recruit 1,500 patients. We've also extended our study with [indiscernible] in the U.S. We have refocused this study to concentrate on the sickest patients admitted from the emergency room rather than simply including intensive care patients. This is expanding the population of patients in which we're using Nu.Q and that's really exciting. We hope to close out the study by the end of second quarter and we'll share the results as soon as we can. We're confident that we will have significantly strengthened our data within the confidential data room for ongoing commercial discussions by the middle of the year. From a publication perspective, all eyes and our focus will be on the European Society of Intensive Care meeting in October later this year. We anticipate a number of the studies I've just mentioned will report at ESICM. We're also really proud to be sponsoring our first satellite symposium session at the Congress. More details will follow, but it's going to be a really busy year ahead for Nu.Q NET and sepsis. I'd now like to take just a few more minutes to discuss Volition's potentially breakthrough cancer detection method, which we first presented at the European Society of Medical Oncology Congress Press in 2023. Cancer, as we all know, affects the lives of millions around the world each year. Unfortunately, the number of new cases of cancer diagnosed each year is continuing to grow. Like many diseases, early diagnosis when the cancer is smaller and hasn't spread leads to a better outcome for patients that's less surgery, less chemotherapy and just needs better and improved outcomes. Sadly, cancer is often a silent disease, it's asymptomatic and people don't realize they have it until really quite late. In the UK, we're a perfect example about that, where around 45% in cancers are diagnosed at the later stages Stage 3 and Stage 4. Our test focuses around detecting circulating tumor DNA, ctDNA. Detecting ctDNA is really difficult because the levels of DNA in blood are relatively low and circulating tumor DNA compromises only about 0.01% of the circulating cell-free DNA. While the challenge is compounded as most of the detect cancer DNA looks almost identical or is indeed exactly the same as normal DNA. Volition has developed a novel method of liquid biopsy involving the first reported physical isolation of tumor-derived DNA fragments from blood. The cancer-derived circulating tumor DNA fragments are then extracted after removal of all normal background DNA and then they are sequenced using a low-cost PCR test. We're calling this technique Capture-PCR. Volition's proof-of-concept data was presented at ESMA 2023, demonstrating the isolation of tumor-derived ctDNA fragments from plasma. Volition tested the new method in a small clinical experiment and detected a range of liquid and solid organ cancers, including early stage disease, Stage 1 disease. These early assays were developed from our initial leukemia model, but to our surprise, we were also able to detect many other cancers. In particular, we were able to detect colorectal cancer. We're really excited about the potential for Capture-PCR going forward. My colleague, Dr. Jake Micalle and team have presented a number of cancer specific conferences such as prostate cancer and liver cancer conferences. They have been sharing their data with important key opinion leaders and we've received really valuable feedback and positive feedback as we go forward. The team have also continued to identify other potential markers and other potential targets associated with the PCR test and we very much look forward to sharing this data in particular in solid organ cancers throughout this year and beyond. Last but certainly no means least, Jake is working hard on completing the manuscript to submit this breakthrough method for peer review publication. This is going to be incredibly important paper and is intrinsically aligned with Felicia's core ethos and purpose of bringing a low-cost diagnostic test to millions of people around the world. Understandably, there will be ongoing commercial discussions throughout the year. Enjoying to a close, and so I can hand back over to Cameron, I'd just like to take a moment and I hope it's come across from me talking here to express how personally excited I am to be joining the company. I really believe in Volition's ethos and purpose and I'll hand you back to Cameron for his closing remarks. Thank you ever so much.