Fig. 1.
Fig. 1. The four chromosomal translocations associated with APL result in fusion proteins in which the B through F domains of RAR, including the DNA binding and ligand binding domains of protein, are linked C-terminal to four different nuclear proteins containing self-association domains. The t(11;17) APL syndrome linking PLZF and RAR is unique among these forms of APL in its resistance to differentiation therapy with ATRA or conventional chemotherapy.

The four chromosomal translocations associated with APL result in fusion proteins in which the B through F domains of RAR, including the DNA binding and ligand binding domains of protein, are linked C-terminal to four different nuclear proteins containing self-association domains. The t(11;17) APL syndrome linking PLZF and RAR is unique among these forms of APL in its resistance to differentiation therapy with ATRA or conventional chemotherapy.

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