Fig. 5.
Fig. 5. Detection of the BCR-ABLp190 fusion gene product in the bone marrow of NOD/SCID mice with human Ph1-ALL grafts. / RT-PCR detection of the BCR-ABLp190fusion gene using specific primers for both human BCRand ABL genes in engrafted NOD/SCID mice with 105 cells (lane 1, patient No. 1; lane 2, patient No. 2; lane 3, patient No. 3; lane 5, patient No. 5; and lane 6, patient No. 6) and control NOD/SCID mice (lanes 4 and 7). The specificBCR-ABLp190 fusion gene product was identified by hybridization with a specific oligo spanning the gene fusion. The cDNA integrity was measured by hybridization of the RT-PCR product using actin-specific primers with an internal actin human primer.

Detection of the BCR-ABLp190 fusion gene product in the bone marrow of NOD/SCID mice with human Ph1-ALL grafts.

RT-PCR detection of the BCR-ABLp190fusion gene using specific primers for both human BCRand ABL genes in engrafted NOD/SCID mice with 105 cells (lane 1, patient No. 1; lane 2, patient No. 2; lane 3, patient No. 3; lane 5, patient No. 5; and lane 6, patient No. 6) and control NOD/SCID mice (lanes 4 and 7). The specificBCR-ABLp190 fusion gene product was identified by hybridization with a specific oligo spanning the gene fusion. The cDNA integrity was measured by hybridization of the RT-PCR product using actin-specific primers with an internal actin human primer.

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