Supplemental Table 2. Complete list of the analyzed genes branched for cluster. Six gene clusters have been identified on the basis of differential gene expression. Clusters A and E discriminate MSCs from the renal cell lines; Clusters F and B discriminate ARPCs when compared to the MSCs and RPTECs; Clusters C and D distinguish the GARPCs  TARPCs and MSCs from RPTECs.

Table S4. The top 100 of genes most significantly hypermethylated in t(4;11)-positive infant ALL (compared with normal bone marrow) are listed in order of decreasing statistical significance

Table S2. The top 20 of genes most significantly hypermethylated in each genetic subtype of infant ALL (acute lymphoblastic leukemia) (compared with the other subgroups) are listed in order of decreasing statistical significance

Table S3. The top 20 of genes most significantly hypermethylated in each genetic subtype of infant ALL (compared with the other subgroups) are listed in order of decreasing statistical significance

Table S5. The top 75 of genes most significantly hypermethylated in t(11;19)-positive infant ALL (compared with normal bone marrow) are listed in order of decreasing statistical significance

Supplementary Table 2. Probe sets with their associated gene symbol and p-values for the 14 probe sets included in the best fitting LASSO model.

Table 3. Comparison of gene-expression values between cDNA microarrays and RT-PCR

Supplementary Table 1: The complete list of selected genes

Table 1. Genes with highest discriminant capacity

Table 2. Functional analysis of genes with q-value lower than 0.02

Table S5. Probe sets (and associated genes) that are included in the MRD (minimal residual disease) predictor

Table S8. Probe sets (and associated genes) that are significantly associated with RFS (relapse-free survival)

Table S6. Probe sets (and associated genes) that are significantly associated with distinction between negative and positive MRD (minimal residual disease) at day 29

Table S4. Probe sets (and associated genes) that are significantly associated with relapse free survival