Andrew Retter
Analyst · Zacks
Thank you very much, Terig, and good morning, everybody. Thank you for joining us today. I will start by reiterating my conclusions from our last call just a few weeks ago now. I believe that Volition's technologies will not only help with diagnostics enrichment, but also with monitoring of patient disease progression and response to treatment. And most incredibly, we should be able to accomplish these goals with a relatively low cost, easily available routine blood test, which can be used widely around the world.
We have certainly made excellent progress towards achieving these emissions in the last year. Starting first with Nu.Q NETs and Sepsis. I wanted to highlight a couple of studies, which we hope will provide strong clinical utility evidence. We have ongoing analysis of 2 large-scale retrospective sepsis cohorts in Europe, the German sepsis group and work with our team at UMC Amsterdam. This will encompass over 2,500 patients with longitudinal samples. We hope to characterize cohorts of patients with sepsis, and this should be a really rich and valuable source of insight into the value that's page 3.1 that Nu.Q NETs offers. These samples have now all been run, and we're working on the complex process of data analysis. We aim to have this completed by the end of next month, but we'll have data ready to show soon afterwards.
We extended the [indiscernible] study in the U.S. to include sicker patients and for patients to be initiated from the emergency department rather than simply ITU. This plan is to close out this study in the coming months. In summary, across all the studies to date, without data covering patients from the emergency room presentation through to intensive care unit's mission, we will cover key outcome measures with Nu.Q NETs correlated with the Sepsis-3 diagnostic criteria, disease severity, specifically picking out risk of development of organ failure and types of organ failure, intensive care mortality, 28-day mortality, duration of organ supportive therapies and length of stay in hospital and in ITU. We believe that this data will significantly strengthen the contents of our confidential data room to support our ongoing commercial discussions by the midpoint of this year.
Our project with key opinion leader, Professor Djillali in France, is also progressing well. This is a consortium project of an ongoing prospective study of which Volition is a key member. Again, it's longitude in nature and large scale with anticipated recruitment of about 1,500 patients. Finally, the EPICTETUS study at my own hospital, Guy’s & St Thomas in London, is now underway with our first patient recruited in December last year. From a publication perspective, we're making solid progress. Following on from our key opinion leader event last year, I have been working closely with the clinicians on the clinical review article, with our intention to submit it for peer review by the end of June and hopefully, publication shortly thereafter.
We received positive feedback from our publication by 1 of our colleagues, Kieran Zukas. We have addressed the Reviewer's questions and the paper has been resubmitted. We hope to hear back confirmation that will be published very shortly. Findings of the synthetic sepsis model emphasize the importance of investigating neutral physiology and biology. This is relevant to enable us to have a better understanding of disease pathology, of risk factors and factors that trigger neutrophils and lead to an excessive immune response. Ultimately, this will lead to us identifying therapeutic targets to allow to intervene and hopefully change the trajectory and improve outcomes for patients with sepsis.
We have a robust scientific pathway strengthening our evidence as we continue to develop and supplement our clinical data to support our scientific rationale. We aim to publish more papers over the coming year. We anticipate a number of the clinical studies that I mentioned earlier will report out at the European Society of Intensive Care meeting, a flagship event in Barcelona in October. We're also proudly sponsoring our first satellite symposium, and the session will be chaired by Professor Djillali Annane at the Congress. We expect all of these activities to help us continue to build momentum and generate licensing interest.
One final comment on Nu.Q NETs before I move on to our cancer technologies. I would like to reiterate that the sense from the KOL group was that Nu.Q NETs potentially represent 1 of the biggest breakthroughs in sepsis management in the last 30 years, potentially helping us to diagnose, monitor and treat patients more efficiently and hopefully save many lives. We have many more details to follow, but it certainly looks a very busy and exciting year ahead for Nu.Q NETs and sepsis.
Cancer, as we all know, is a very serious and deadly disease, causing almost 10 million deaths in 2020. The incidence of cancer is forecast to increase in our population ages with an estimate of around 30 million new cases diagnosed each year by 2040. Like many diseases, early diagnosis of cancer has a significant impact on outcome. Quite simply, the earlier we can diagnose the disease, the greater chance of survival and a better quality of life for our patients. Early diagnosis is, however, very challenging. Often, cancer develops silently with few symptoms and often people are diagnosed only late in the illness when fewer and much more aggressive treatment options are available.
Early stage cancer is difficult to detect because the cancer derived circulating tumor DNA is low. It may compromise only 0.01% of the DNA present amongst a background of normal cell free DNA. We’re very excited as Volition has developed a novel method of liquid biopsy involving the first ever reported physical isolation of a class of tumor derived ctDNA fragments for blood. These cancer derived tumor DNA fragments are extracted, and after removal of the normal background DNA, the cancer DNA is detected and characterized with a low cost PCR test. We’re calling this new technique Capture-PCR. Volition’s proof of concept data was presented at the European Society of Medical Oncology Conference in 2023. We demonstrated the isolation of tumor derived DNA fragments from plasma.
Volition has tested the new method in a small clinical experiment and detected a range of solid and liquid tumors, including early stage 1 diseases. These early assays were developed using a leukemia model, but to our surprise, we were also able to detect many other cancers, including detecting colorectal cancer in a blood test with an accuracy approaching that of the current fecal immunochemical tests or FIT tests. Subsequent to our initial poster, Dr. Jake Micallef and team have presented at a number of cancer specific conferences showing initial data and developing all important key opinion leader of potential centers of excellence network. The team have continued to identify other potential biomarkers and the associated PCR tests, especially in solid cancers to conduct initial clinical studies in larger, more diverse patient cohorts.
From a publication perspective, again, we are making solid progress. Jake and the team are working very hard to complete their first manuscript and plan to submit this breakthrough method for peer review by the end of June. This will be an incredibly important paper [indiscernible] to add to our data room and support our ongoing commercial discussions. It’s surprising to say ESMO 2024 is just around the corner. Until that end, with our [indiscernible], we have submitted several abstracts for consideration. I’m delighted to say these abstracts are not only Capture-PCR related, but also include some significant and very promising new data related to the use of our Nu.Q technology for lung cancer. Definitely something to keep an eye out for the first quarter of this year.
I will conclude by saying that year-to-date, we have added supporting materials to our data rooms for Nu.Q NET, Capture-PCR and Nu.Q cancer. Whilst not all of this data is published yet, we are able to share it in commercial discussions under non-disclosure agreements. With that, I’ll hand you over to Gael. Thank you very much for listening and thank you, Gael.