Fig. 3.
Fig. 3. MTS1β expression in immature T cells. (A) RT-PCR detection of MTS1β and ABL transcripts. RT-PCR analysis of MTS1β (encoding p19ARF, 26 PCR cycles) and ABL transcript expression (30 PCR cycles) in leukemic samples and controls. PCR products were electrophoresed on agarose gels, transferred to filters, and hybridized with specific radiolabeled probes. c: control (no cDNA). (B) RT-PCR detection ofMTS1β transcripts in thymus, bone marrow, and PBMC. PCR products were electrophoresed on agarose gels, transferred to filters, and hybridized with specific radiolabeled probes. Hela and RS4;11 expression were used as positive and negative controls forMTS1/2 expression, respectively. MTS1β and Abl transcripts were studied using 27 and 30 PCR cycles, respectively.

MTS1β expression in immature T cells. (A) RT-PCR detection of MTS1β and ABL transcripts. RT-PCR analysis of MTS1β (encoding p19ARF, 26 PCR cycles) and ABL transcript expression (30 PCR cycles) in leukemic samples and controls. PCR products were electrophoresed on agarose gels, transferred to filters, and hybridized with specific radiolabeled probes. c: control (no cDNA). (B) RT-PCR detection ofMTS1β transcripts in thymus, bone marrow, and PBMC. PCR products were electrophoresed on agarose gels, transferred to filters, and hybridized with specific radiolabeled probes. Hela and RS4;11 expression were used as positive and negative controls forMTS1/2 expression, respectively. MTS1β and Abl transcripts were studied using 27 and 30 PCR cycles, respectively.

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