Luo et al. demonstrated that MALAT1 enhances arsenite‐induced glycolysis in hepatocytes by disassociating the VHL/HIF‐1α interaction and inducing accumulation of HIF‐1α.[41] Chen et al. suggested that M2 TAM exosomes transmit HIF‐1α‐stabilizing long noncoding RNA (HISLA) to breast cancer cells to enhance their aerobic glycolysis. The gene discussed is MALAT1; the disease is breast cancer.