Figure 4
Figure 4. Patients with high BRE expression were confined to a novel subclass in AML. Pairwise correlations of 525 AML patients based on optimal clustering as described before16 identified several clusters of patients with similar expression profiles which can be recognized by the red blocks showing high correlation along the diagonal. One of these clusters was represented by a high incidence (86%) of patients with high BRE expression; the left 3 black bars show the relative intensity of the 3 probe sets representing BRE expression on the array. The other 3 black bars show the relative expression intensity of the probe set for MRPL33 and 2 probe sets for RBKS as indicated in the figure, revealing coexpression of these chromosomal neighbors with BRE. The MLL-AF9 status of the samples is represented in the green bar (green: negative; red: positive; blue: ND).

Patients with high BRE expression were confined to a novel subclass in AML. Pairwise correlations of 525 AML patients based on optimal clustering as described before16  identified several clusters of patients with similar expression profiles which can be recognized by the red blocks showing high correlation along the diagonal. One of these clusters was represented by a high incidence (86%) of patients with high BRE expression; the left 3 black bars show the relative intensity of the 3 probe sets representing BRE expression on the array. The other 3 black bars show the relative expression intensity of the probe set for MRPL33 and 2 probe sets for RBKS as indicated in the figure, revealing coexpression of these chromosomal neighbors with BRE. The MLL-AF9 status of the samples is represented in the green bar (green: negative; red: positive; blue: ND).

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