• Novel chronic kidney disease (CKD) target from the partnership enters AstraZeneca’s portfolio
• AI-generated target was identified through The Benevolent Platform® and AstraZeneca’s scientific expertise and rich datasets
In 2019, BenevolentAI and AstraZeneca entered a strategic collaboration aiming to discover new drugs for CKD and idiopathic pulmonary fibrosis (IPF). The partnership combines AstraZeneca’s scientific expertise and rich datasets with BenevolentAI’s target identification platform and biomedical knowledge graph to understand these two complex diseases’ underlying mechanisms and identify new and more efficacious drug targets.
CKD is a complex, and debilitating disease which affects around 10% of the world’s population. With the prevalence increasing, limited treatment options and patients progressively losing kidney function, there is a critical unmet need for new drugs that specifically target the cause of CKD.
Professor Pernille Laerkegaard Hansen, Senior Director, Head of Biosciences Renal at AstraZeneca commented: “The collaboration with BenevolentAI has seen our scientists work side-by-side to develop a knowledge graph that will enable us to explore and find new targets for chronic kidney disease.Together we are transforming how new medicines are discovered and the identification of this first target is only the beginning of what our partnership hopes to achieve.”
“Complex diseases like CKD have defied conventional research efforts”, said Dr Anne Phelan, Chief Scientific Officer of BenevolentAI. “Working with our partners at AstraZeneca, we leveraged our AI models and platform tools to reason across vast quantities of curated biomedical information. Uniting AstraZeneca’s data-sets with our combined scientific expertise has proven to be a potent combination in the search for a novel target to treat this debilitating disease. Together, we are steadily closing the gap between AI, data and biology, and we are excited to continue collaborating on our shared goal of discovering and developing vital new treatments to patients.”