Yaqrit, a clinical stage life sciences company focused on developing potentially innovative treatments for patients with advanced liver disease in areas of high unmet medical need, today announces preliminary results from its randomised controlled clinical trials for two potential therapies from its pipeline of product candidates designed to address each stage of liver disease, from diagnosis of decompensated cirrhosis in an outpatient setting, to critically ill patients in intensive care.
Spun out of UCL in 2014, Yaqrit has a deep-rooted academic heritage built on 20-years of pioneering research led by the members of the university’s Liver Failure Group. The Company’s lead scientific founder, Professor Rajiv Jalan, is a world-renowned hepatologist who has pioneered the evolving science and discovery of the mechanisms underlying advanced liver disease.
Both clinical trials were run by EU-funded academic-industrial consortia composed of partners from eight countries across Europe including Yaqrit, UCL, the European Foundation for the Study of Chronic Liver Failure (EF CLIF) and the European Association for the Study of the Liver (EASL) among others.
Professor Rajiv Jalan M.D., lead scientific founder of Yaqrit, Project Coordinator of the CARBALIVE and ALIVER consortia and an inventor of both Carbalive™ and Dialive™, commented: “Working on the frontline treating patients with chronic liver disease on a daily basis I see first-hand the huge unmet need for new therapies to treat this global public health problem. More than 800 million people worldwide are estimated to suffer from chronic liver disease1 and treatment innovation is desperately needed. With Carbalive™ and Dialive™ we have two potential breakthrough treatments that could radically transform the way we treat liver disease and offer the potential to save many lives.”
Carbalive™, being developed by the CARBALIVE consortium, is an orally-administered, non-absorbable engineered carbon of controlled porosity, intended to treat patients with cirrhosis, a condition with over 100 million cases globally2 in 2017 and accounting for the deaths of about one million patients each year.3 The microscopic design of the Carbalive™ beads, which adsorb both large and small molecules in the gut, emerged from research into the importance of gut bacteria in the inflammation that accompanies cirrhosis. The randomised controlled, double-blinded clinical trial of Carbalive™ investigated its safety and tolerability, compared to placebo, over a three month treatment period in adults with stable decompensated alcohol-related cirrhosis, who had been abstinent from alcohol for the previous four weeks. Carbalive’s™ design is based on research led by Professor Rajiv Jalan, Dr Jane Macnaughtan and members of the Liver Failure Group at UCL.
Preliminary results of the trial, which included 14 patients in each arm (Carbalive™ and placebo) with 13 completing with Carbalive™ and 10 completing with placebo, showed that:
Dialive™, being developed by the ALIVER consortium, is a potential treatment for patients with liver failure for whom there are no specific approved therapies apart from liver transplantation. The patented dual filtration system, which can be delivered using a kidney dialysis machine, includes two specialised filters – one to remove blood-borne products of liver failure, such as products of cell death and bacterial toxins, and the other to remove albumin that is damaged and toxic when the liver fails. The damaged albumin is then replaced with fresh albumin. Dialive’s™ design is based on research led by Professor Rajiv Jalan, Professor Nathan Davies and members of the Liver Failure Group at UCL.
The randomised controlled trial investigated the potential of Dialive™ in patients with a history indicative of alcohol-related cirrhosis suffering from multiorgan failure, a condition referred to as acute-on-chronic liver failure (ACLF). ACLF is characterised by systemic inflammation and associated with single or multiple organ failure. The result is a high short-term risk of death. In ACLF patients (grades 2 or 3), 28-day mortality can be as high as 88.9%4 depending on the number of organs failing. Preliminary results of the trial, which included 15 patients in each arm (Dialive™ and placebo), showed that:
Daniel Green, Chief Executive Officer of Yaqrit, commented: “Yaqrit’s mission is to develop a package of therapies to prevent, treat and reverse the advanced stages of chronic liver disease. We believe that results from these two trials set us firmly on our way to achieve just that. We were honoured to work alongside some of the world’s leading hepatologists and liver disease scientists and we look forward to progressing both products through European pivotal studies and bringing these treatments to patients.”
Anne Lane, CEO of UCL Business, UCL’s commercialisation company, said: “The development of two life-changing therapies has the potential to have huge real-world impact on the millions of people who suffer from cirrhosis or liver failure. The work of Rajiv and his team is a great example of how university research can be transformed into pioneering technology that helps improve people’s lives. Universities will continue to champion and commercialise progressive research in order to uncover new ways of making positive societal impact.”
Yaqrit holds the intellectual property and commercial rights for both potential therapies and, subject to sufficient funding, intends to conduct randomised placebo-controlled European pivotal trials for Carbalive™ and Dialive™ beginning in 2021. The Company also plans to pursue investigation of Carbalive™ in further indications and to engage consultants in 2021 to advise as to the potential regulatory pathway for Carbalive™ in the US.
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