CXCL10 is further involved in the cell cycle, inter-cellular communication, in cell growth, cell proliferation and movement, angiogenesis (preventing angiogenesis), apoptosis (detected in neurons) and carcinomas.19 Our agents and structurally related compounds thus may target cells capable of producing CXCL10 such as adenocarcinoma cells. This evidence concerns the gene CXCL10 and carcinoma.