Genuity Science news
Presentation entitled “Accelerating drug development through improved gene-disease association using large-scale, real-world datasets” by Robert Lumsden, PhD, Director of Business Development at the 2021 Festival of Genomics & Biodata.
Genuity Science is bringing together a distinguished panel of experts from academia, research and industry to discuss opportunities and advancements in developing better treatments for systemic lupus erythematosus (SLE). SLE is a chronic and relapsing autoimmune disease characterized by a break-down of self-tolerance that leads to tissue inflammation and multiorgan damage.
SLE is extremely heterogeneous in nature, with the signs and symptoms varying from person to pers
Heart failure is a significant global health issue. More than half of the people who develop heart failure die within 5 years. Current treatments do not help the largest group of these patients – those with heart failure with preserved ejection fraction (HFpEF) – and have limited effectiveness for those with reduced injection fraction (HFrEF). HFpEF has been called the greatest unmet need in cardiovascular disease given the number of heart failure deaths per year and the proportio
Single cell sequencing has transformed our ability to discern the cellular and molecular makeup of human immune systems and tissues. The size and complexity of the data sets generated requires the application of advanced analytics and artificial intelligence to reveal the signal contained within. The marriage of scRNAseq + AI has been shown to identify rare cell populations/subtypes and provide novel insights about disease diving pathways. The ability to better
Single cell sequencing has transformed our ability to discern the cellular and molecular makeup of human immune systems and tissues in a unique manner with a level of precision that other “omic” technologies are unable to provide. Coupled with rigorous analysis, this technology is able to identify rare cell populations/subtypes and provide novel insights about pathways and thus transform our ability to characterize human disease, as well as, drug targeting through a deeper underst