Figure 3.
Figure 3. NPM-ALK achieves most of the “Hallmarks of Cancer.” NPM-ALK is the protein product of a chromosomal translocation. Through activation of T-cell signaling pathways and dysregulation of the phosphoproteome, NPM-ALK drives the transformation of T cells into ALK+ ALCL by multiple oncogenic mechanisms. Diagram modified from Hanahan and Weinberg.73 (*) According to Lai and Ingham.74

NPM-ALK achieves most of the “Hallmarks of Cancer.” NPM-ALK is the protein product of a chromosomal translocation. Through activation of T-cell signaling pathways and dysregulation of the phosphoproteome, NPM-ALK drives the transformation of T cells into ALK+ ALCL by multiple oncogenic mechanisms. Diagram modified from Hanahan and Weinberg.73  (*) According to Lai and Ingham.74 

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