What are the advantages of having both an immune and an inflammatory system of defense?INDIVIDUAL WITH AN INEFFECTIVE IMMUNE SYSTEM CANNOT REACT WITH NONSELF ANTIGENS. DESCRIVE SOME EXAMPLE OF THE...

Of course, our immune system is our body's defense against infectious diseases and diseases. We actually have three immune responses, not just two. The first one is our anatomical system. It's like your skin and mucous membranes. If something permeates our anatomical system, the inflammatory system will begin to eliminate foreign bodies in our body. Runny nose, fever, sneeze are what makes our inflammatory system us. If these actions do not remove the allelic material in our body, our immune system will begin to send leukocytes to attack foreign bodies. They pulled out the antigens. Therefore, if the system can not solve the problem, it has the advantage that it can be processed with a more powerful backup.

The immune system evolves under permanent selection pressure and has a complex structure and function Infectious factors play a role in the organization leading to invasion, colonization and breeding. The structure of the immune system directly reflects the interaction with various infectious agents that stimulate it. The two opposing forces form each other in a constant confrontation. Hosts that do not neutralize infectious agents are destined to die, and surviving hosts are better suited for subsequent infections. The problem of antigen and heterogeneity of viruses and pathogens is essential not only for theoretical importance but also for actual vaccination problems as there is a risk of stimulating the immune response without effective defense. The result of stimulating the immune response is ineffective or it exacerbates the infection and even activates the autoimmune disease

Not only does the immune response counteract the diversity of antigens that it exposes, but also responses to changes in biochemical structure in different microbial strains.

Question: What are the benefits of having an immune and inflammatory defense system? Reaction: The immune system protects the body by recognizing and reacting antigens. When the immune system recognizes an alien intruder, it attacks and destroys it. For example, this first line of defense has various elements such as mechanical defense such as coughing and sneezing, removal of eyelashes, barrier protection such as tears. And, skin oil (also known as acid fireplace), mucilage (to prevent bacteria), resident of normal flora and stomach acid. Another good defense mechanism is that your body can induce heat to kill foreign antigens (viral infection interferons). this

What are the advantages of having immune and inflammatory defense systems? The immune system protects the body by recognizing the antigen and reacting to it. When the immune system recognizes abnormality, it is attacked and destroyed by B cells and T cells. B cells are formed in bone and T cells are formed in the thymus. These cells work together to resist foreign bodies. This is the first line to keep harmful antigens away from the body, such as mechanical defense by coughing and sneezing, enzymes in tears and sebum, mucus, normal animals and plants, fever, stomach acid and so on. Heat is a body's defense against abnormal antigens. There is no exemption at birth at birth. As the name implies, this defense mechanism increases with age. This remembers past pathogens (past diseases) and how they attack them. This is achieved by contact with immunized pathogens or microorganisms.

Congenital or nonspecific immunity is the defense system you were born with. It protects you from all antigens. Natural immunity includes obstacles that prevent harmful substances from entering the body. These obstacles constitute the first line of defense against immune responses. Examples of innate immunity include: Passive immunization may also be by injection of antisera containing antibodies formed by other humans or animals. It provides immediate protection against antigen, but does not provide sustained protection. Immune serum globulin (for hepatitis exposure) and tetanus antitoxin are examples of passive immunity