This book posits that the structural similarities among Multichain Immune Recognition Receptors (MIRRs) reveal fundamental principles of transmembrane signaling and inform therapeutic strategies. It aims to consolidate reviews on advancements in understanding and controlling the spatiotemporal organization of immune cell activation events. The improved comprehension of MIRR-mediated signaling holds significant potential for practical applications, including the rational design of drugs and vaccines, as well as the engineering of cells for biotechnological uses. The work is structured to first review the spatial organization and physiological functions of MIRR family members, such as TCR, BCR, Fc receptors, NK cell receptors, and GPVI, before delving into current models of MIRR triggering and modern visualization technologies.

The book is presented as a compilation of reviews focusing on the structural and signaling principles of Multichain Immune Recognition Receptors (MIRRs). Its approach emphasizes the commonalities across different MIRR families to elucidate general signaling mechanisms and therapeutic targets. The content is geared towards researchers and practitioners in immunology, molecular biology, and biotechnology, offering insights into both fundamental science and practical applications. The structure suggests a comprehensive overview for those seeking to understand or manipulate immune cell activation pathways.