They are called antibodies. Another term is immunoglobulins.
Defensive proteins are manufactured by the immune system. These proteins help protect the body from pathogens such as bacteria and viruses. Examples include antibodies and cytokines.
Interferons are proteins released by the immune system in response to viruses and other threats. They work by signaling surrounding cells to increase their defenses against viral infections, such as inhibiting viral replication and enhancing the immune response. Interferons also activate the immune system to help fight off the infection.
Interferons are a body cell's defense against viral infections. They are proteins released by cells in response to the presence of pathogens, such as viruses. Interferons help to inhibit the spread of viruses to neighboring cells and activate the immune system to fight off the infection.
Immune System
Complement proteins are a series of immune proteins that carry out complement cascade reactions. These proteins are helping the immune system to lean up from the cells. complement proteins are not antibodies.
MHC markers- which are proteins that present or "show" antigens like bacteria to other immune cells. Instead of being targets, they are helper proteins of the immune system.
1. Your immune system can recognize cells based on the proteins present on the surface of cells. Viruses, bacteria, and other foreign cells are recognized as being different from your own cells and are attacked by your immune system.
Interferons are proteins that help the immune system respond to viruses and other pathogens. Interleukins are signaling molecules that regulate communication between immune cells, helping to coordinate the immune response. Both play important roles in the immune system's ability to fight infections and maintain homeostasis.
Ann antibody is a complex protein molecule. Our immune system uses antibodies to fight bacteria.
The organs of the immune system fight viruses and bacteria.
Viruses can stay hidden by mutating frequently to avoid detection by the immune system. Some viruses can also enter a dormant state within host cells, making them hard to detect and target for treatment. Additionally, viruses can evade the immune response by altering their surface proteins to avoid recognition by antibodies.
T cells