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Accession IconGSE71836

Leukemia reconstitution in vivo is driven by cells in early cell cycle and low metabolic state

Organism Icon Homo sapiens
Sample Icon 6 Downloadable Samples
Technology Badge Icon Affymetrix Human Genome U133 Plus 2.0 Array (hgu133plus2)

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Description
To characterize LICs in ALL irrespective of surface markers expression, we investigated leukemia initiating activities of cellular subfractions of patient-derived xenograft BCP-ALL cells sorted according to different cell cycle phases (i.e. G0/G1 and G2/M) followed by transplantation onto NOD/SCID mice. All cell fractions led to leukemia engraftment indicating LIC activity irrespective of cell cycle stage. Most importantly, cells isolated from G0/G1 cell cycle phases led to early leukemia engraftment in contrast to cells from late cell cycle (G2/M). To further characterize cells with different engraftment potential in vivo, we analyzed the gene expression profiles of early (G1b early) and late (G2/M) engrafting cells.
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8
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G1blow ID11
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
G1a ID19
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
G1blow ID19
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
G1a ID04
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
G1a ID012
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
G1blow ID04
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
Sample not processed
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G1a ID11
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
NA
Sample not processed
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G1blow ID012
leukemia cell isolated from spleen of nod/scid mice with full-blown leukemia
NA
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