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Volume 270, Number 35, Issue of September 01, pp. 20629-20635, 1995
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
Interleukin-3 mRNA Stabilization by a trans-Acting Mechanism in Autocrine Tumors Lacking Interleukin-3 Gene Rearrangements

(Received for publication, April 11, 1995; and in revised form, June 12, 1995)

Hans H. Hirsch Asha P. K. Nair Verena Backenstoss Christoph Moroni

Tumors obtained from v-Ha-ras-transformed PB-3c cells are characterized by autocrine interleukin-3 (IL3) expression, which occurs either without (class I tumors) or with enhanced transcription (class II tumors). To address possible post-transcriptional mechanisms of IL3 expression, IL3 mRNA stability was examined in both tumor classes. Increased stability of IL3 mRNA was detected in class I tumor lines (t > 3 h), whereas rapid decay of IL3 transcripts (t < 0.5 h) was found in class II tumor lines. In both tumor classes, the c-myc and interleukin-6 transcripts were short-lived. Transcripts of a constitutively expressed IL3 reporter gene were stable in class I tumor cells but unstable in class II tumor cells, suggesting that IL3 mRNA stabilization involved a trans-acting mechanism. Rapid decay of IL3 reporter transcripts was observed in untransformed PB-3c as well as in v-Ha-ras expressing precursor cells linking transcript stabilization to the tumor stage. Reporter transcript stabilization in class I tumor cells correlated with increased IL3 production. Deletion of the AU-rich element from the IL3 reporter gene further augmented IL3 mRNA levels as well as IL3 production, suggesting that the stabilizing mechanism in class I tumor cells is not equivalent to AU-rich element deletion.




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