In addition, in the GBM and triple-negative breast cancer (TNBC) BAG3 knockout cells, enhanced ciliogenesis and reduced expression of SNAI1 and ZEB1 were correlated to decreased cell migration, suggesting that suppression of EMT and ciliogenesis as putative synergizing mechanisms of BAG3‐driven tumor aggressiveness in therapy‐resistant cancers [23].Understanding the ciliary signaling mechanisms that cooperate in the initiation and progression of EMT may lead to new therapeutic strategies to inhibit this cellular transformation in cancer. Here, BAG3 is linked to triple-negative breast carcinoma.