Thanks very much, Tom, for that introduction, and good morning, everybody. I'm delighted to join the call today and provide an update on some of the significant progress made with Volition's Nu.Q NETs in cancer pillars. So starting first with Nu.Q NETs sepsis, which is how I first was introduced to Volition. Sepsis, you've heard me say before, is one of the leading causes of death worldwide with almost 15 million cases annually, leading to, unfortunately, around 11 million deaths. There is ongoing discussion about the diagnosis and definition of sepsis. Volition has made significant progress this quarter, which is carried through into the fourth quarter. In September, we hosted a key opinion leader roundtable event in Athens, Greece. This workshop held over the course of two days, focused exclusively on sepsis and the potential role of Nu.Q NETs. It was attended by some of the world's leading experts, including three authors of the highly influential and critical sepsis three clinical definition paper. The current chair of the International sepsis form and the current chair of the European sepsis Alliance and many other attendees are operating as a center of excellence within the Nu.Q NETs program. And so have first-hand experience of the assay. We desperately need new diagnostics and new tools to measure the progression of sepsis, and this may lead to new therapeutics. The sense from the group was that Nu.Q NETs potentially represents one of the biggest breakthroughs in sepsis and the management of sepsis in the last 40-years. If you would like to find out more about the KOL meeting, the short report was issued and is available in the Download section of the Volition website. Moving forward with this group, I'm now working on a clinical review article with the attention to submit it for peer review and publication in the first quarter of 2024. Speaking of publications, shortly after the event and subsequent to quarter-end, in October, the first clinical paper from a Center of Excellence was published. This was published by Professor Gila Monterreys Group from Leon. The data published demonstrated a mortality signal. So the higher the score, unfortunately, more likely a patient is to die. He has also confirmed the correlation with Nu.Q NETs and the sepsis score. The sepsis score is the current, but a little cumbersome aggregate score used to diagnose and monitor sepsis. It is mainly used in research trials as opposed to data practice at the bedside. As a clinician, the reason for the high level of interest, and there I say excitement about the results of Nu.Q NETs are that if we could establish a baseline and continue to monitor a patient with a simple test, this would be much more straightforward and more efficient than current practices. It also potentially provides us with a new therapeutic target to improve the care of our patients in the future. It is fantastic to have this first paper out, and we look forward to further data being published by Centers of Excellence in 2024 and beyond. Over in the U.S., I am pleased to report that Volition recently completed the QSub process with the U.S. Food & Administration. I am happy to announce that they have agreed the regulatory pathway of a traditional 510(k) path with an adjudicated clinical comparator. The Volition team is grateful for the opportunity to participate in the Qsub process and greatly appreciate the feedback from the FDA. These interactions were engaging in helpful and Volition feels that such discussions gave it a clear regulatory path to follow for what we hope is an exciting opportunity. Finally, from a Nu.Q NETs perspective, I'm happy to say that the study at [Indiscernible] Guy's and St Thomas' NHS Foundation Trust in London is about to open. Guy's and St Thomas' is sponsoring the study and it is funded by Volition. As a reminder, this is a large-scale 500-patient prospective study, which will run over the course of the next 12 to 18-months. It is fantastically up and running ahead of the winter months. I'd like to take just a few minutes to discuss Volition potentially breakthrough cancer detection method presented at ESMO 2023, the Annual Congress of the European Society of Medical Oncology. For those with a particular interest in this topic, might I direct you again to the Volition website where you can view a recorded webinar about this exciting breakthrough. Cancer, as we all know, is a deadly disease. Causing around 10 million deaths a year. It is also set to grow as our population ages with estimates of 30 new million cases a year by 2040. Like many diseases, early diagnosis has a significant impact on outcome. Putting it simply, the earlier we can diagnose cancer, the greater chance of a survival and a good quality of life for our patients. Early diagnosis is challenging. Cancer developed silently with few symptoms, and so frequently, people are diagnosed late when there are a few treatment options available or when treatment is available, it is more invasive and more aggressive. Indeed, in the U.K., where I work about 45% of cancers are diagnosed at Stage 3 or Stage 4. In early stage cancer, it is difficult to detect cancer-derived circulating tumor DNA so-called ctDNA. The ctDNA in the blood may compromise only 0.01% of the DNA present around a background of 99.99% cell-free DNA circulating. Moreover, most of the cancer DNA has exactly the same sequence as normal DNA, current ctDNA detection methods on the market and in development involve DNA extraction. Sequencing of all the DNA in the sample both cancer and normal and analysis of the sequencing data using sophisticated computer violent informatics to tell them a path. Volition has developed a novel method for liquid biopsy involving the first reported physical isolation of a class of tumor ctDNA fragments from blood. These cancer-derived ctDNA fragments are then extracted after removal of all normal background DNA from the test. This allows detection with a simple, low-cost polarized chain reaction. Positions proof-of-concept data was presented at ESMO 2023 and demonstrates the isolation of tumor-derived DNA fragments from plasma. Volition tested the new method in a first small clinical experiment and detected a range of liquid and other cancers, including early Stage 1 disease. For example, 74% of leukemia were detected at 96% specificity and 77% of colorectal cancers were detected at 92% specificity using ctDNA and PCR assays. These early assays were developed using leukemia as a model to follow. Surprisingly, we also detected many other cancers, including colorectal cancer in a blood test with an accuracy approaching that of the current fecal immunochemical tests. Past Dr. Jake Micallef, Volition's Chief Scientific Officer, known to many of you on the call today previously stated, the results to-date are exciting and pave the way for a whole new class of undiscovered biomarkers with potentially hundreds of thousands of possible targets. Volition is now developing a range of cancer-specific assays, which we expect to be more accurate, both more sensitive and more specific than these preliminary results, and we really look forward to sharing progress in the beginning of the first quarter of 2024. Enjoying to a close, I'd like to express my own personal excitement about the progress of the company, both through Nu.Q and with respect to its recent potentially breakthrough cancer detection method. I believe that Volition technologies will not only help with diagnostic enrichment, but also with monitoring a patient's disease progression and response to treatment. Most incredibly accomplishing these goals with what should be a relatively low-cost routine blood test, allowing it to be used around the world in multiple health care settings. Thank you very much for listening today. I will now pass you over to Cameron Reynolds for his final remarks. Thank you, Cameron.