Furthermore, hnRNPA1 and A2/B1 were frequently present in the same complex and cooperated in molecular biological functions, such as regulating the transcription of cancer suppressor ANXA7 [148], controlling the splicing response to oxaliplatin-mediated DNA damage [149], acting as inhibitors of HPV16 E7 expression [46], accelerating the transcriptional elongation of P-TEFb-dependent genes [150], participating in the reversal of 5-Fu resistance in cancer cells [151], and modulating alternative splicing of PKM2 in proliferating cells [152]. Here, HNRNPA1 is linked to cancer.