About this Research Topic
Immunity is the body's defense function, which is the ability of the body to recognize and destroy foreign invasive microorganisms (viruses or bacteria, etc.), and deal with senility, damage, and mutated cells. It can also recognize and deal with the mutated cells and virus-infected cells in the body. Under normal circumstances, the body's immunity can resist most infections, and even after infection, the immune system can heal most diseases by itself. Nowadays, various factors have led to the damage of human immunity, and the spread of immune suppression diseases, and it can even be said that there is no healthy immune system." Improving "immunity" has become the hottest topic at the moment.
Researchers are accelerating the research on immunity enhancement. Including comprehensive and balanced nutrition, proper work and rest, regular exercise, cultivating interest, diet conditioning, and so on. Because the interaction between microbes and the immune system is a complex process, microbes can influence the function of the immune system in a variety of ways. However, with the continuous variation of microbes colonizing the human body, there is still a lack of adequate understanding of microbial detection and how microorganisms regulate emotions, biological clocks, disease onset, and related molecular mechanisms. Because of this, there are many more possibilities to look forward to in immune and disease research. The multidisciplinary collaborations have produced innovative strategies to treat a range of diseases. The research topic goal is to collect and disseminate the latest works and advancements in immunity and disease. It generally includes the identification and detection of immune-related microorganisms, research on substances related to enhancing immunity, and so forth.
More and more scientists have spearheaded great efforts at the forefront of immunity and disease. All types of manuscripts will be considered, Original Research articles, Reviews, and Mini-Reviews. The following topics can be included but not limited to:
• Identification of microorganisms that regulate relevant immune diseases and elucidation of relevant molecular mechanisms.
•Development of detection techniques based on microorganisms that affect human immunity.
• Research into how microbes affect immunity to induce disease and exploration of new biomarkers.
• Exploration of immune-enhancing substances, such as extracts from foods or natural medicines, reduces the occurrence of disease
Researchers are accelerating the research on immunity enhancement. Including comprehensive and balanced nutrition, proper work and rest, regular exercise, cultivating interest, diet conditioning, and so on. Because the interaction between microbes and the immune system is a complex process, microbes can influence the function of the immune system in a variety of ways. However, with the continuous variation of microbes colonizing the human body, there is still a lack of adequate understanding of microbial detection and how microorganisms regulate emotions, biological clocks, disease onset, and related molecular mechanisms. Because of this, there are many more possibilities to look forward to in immune and disease research. The multidisciplinary collaborations have produced innovative strategies to treat a range of diseases. The research topic goal is to collect and disseminate the latest works and advancements in immunity and disease. It generally includes the identification and detection of immune-related microorganisms, research on substances related to enhancing immunity, and so forth.
More and more scientists have spearheaded great efforts at the forefront of immunity and disease. All types of manuscripts will be considered, Original Research articles, Reviews, and Mini-Reviews. The following topics can be included but not limited to:
• Identification of microorganisms that regulate relevant immune diseases and elucidation of relevant molecular mechanisms.
•Development of detection techniques based on microorganisms that affect human immunity.
• Research into how microbes affect immunity to induce disease and exploration of new biomarkers.
• Exploration of immune-enhancing substances, such as extracts from foods or natural medicines, reduces the occurrence of disease
Keywords: Microorganism, Immunity and disease, Molecular mechanism, Extractive
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.
