Fig 1.
Fig 1. A.) Differential expression of 1148 genes in pre-treatment HSPCs of patients who were subsequently complete (CR) or non-complete responders (non-CR) to AZA. B.) The differential expression of a subset of 15 genes is sufficient to separate the two groups. C.) A predictive AZA response algorithm that utilises gene expression data to prospectively identify patients. D.) Representative images of CFU colonies illustrating improved colony formation following combination drug treatment. E.) Improved CFU colony counts following combination drug treatment. * p <0.05

A.) Differential expression of 1148 genes in pre-treatment HSPCs of patients who were subsequently complete (CR) or non-complete responders (non-CR) to AZA. B.) The differential expression of a subset of 15 genes is sufficient to separate the two groups. C.) A predictive AZA response algorithm that utilises gene expression data to prospectively identify patients. D.) Representative images of CFU colonies illustrating improved colony formation following combination drug treatment. E.) Improved CFU colony counts following combination drug treatment. * p <0.05

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