The interaction between pathogenic microorganisms and their hosts establishes a potential connection, exerting a dual influence on the host. As invaders, pathogenic microorganisms can cause severe damage, with the emergence of infectious pathogens posing significant threats to both humans and animals globally, leading to substantial economic losses. Exploring the molecular mechanisms of this interaction can mitigate the harm to the host and deepen our understanding of how hosts bolster their immune defenses. With advances in molecular biology, novel diagnostic techniques enhance the study of these interactions, crucial for timely and effective immune responses in preventing and controlling infectious microorganisms. Immunotherapy remains fundamental in managing outbreaks, yet more research into novel pathogenic and immune mechanisms is needed.
This research topic aims to solicit submissions that elucidate host immune responses to pathogens, with a particular focus on studies that clarify how pathogens counteract host immunity during the long-standing co-evolutionary processes between pathogens and hosts. By deeply dissecting the interaction/counteraction mechanisms of pathogen-host proteins, we aim to uncover specific pathogenic mechanisms that can inform the development of novel anti-pathogen therapies, including vaccine candidates, drugs, and therapeutic antibodies. Additionally, we are dedicated to developing innovative diagnostic techniques for pathogenic microorganisms, which will significantly enhance the efficiency of studying pathogen-host interactions. These advancements hold the promise of offering new perspectives on the diagnosis of infectious pathogens, thereby improving the effectiveness of detection and control measures.
This research topic aims to solicit submissions that elucidate host immune responses to pathogens, with a particular focus on studies that clarify how pathogens counteract host immunity during the long-standing co-evolutionary processes between pathogens and hosts. By deeply dissecting the interaction/counteraction mechanisms of pathogen-host proteins, we aim to uncover specific pathogenic mechanisms that can inform the development of novel anti-pathogen therapies, including vaccine candidates, drugs, and therapeutic antibodies. Additionally, we are dedicated to developing innovative diagnostic techniques for pathogenic microorganisms, which will significantly enhance the efficiency of studying pathogen-host interactions. These advancements hold the promise of offering new perspectives on the diagnosis of infectious pathogens, thereby improving the effectiveness of detection and control measures.
Keywords: Pathogens, Immune response, Molecular Mechanisms, Molecular Diagnostic Techniques
Important note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
