When the body encounter with the same antigen.
Let's start with the first phrase: "All immunogens are antigens" Yes, that's true. Immunogens are antigens that CAN ELICIT IMMUNE RESPONSE and percieved as foreign by the body. Remember, anything that is percieved by the body as foreign is an antigen. Period. Now the second phrase: "All antigens are not immunogens" This is also true. There are antigens, percieved by the body as foreign that CANNOT ELICIT IMMUNE RESPONSE. Example of this is Hapten Molecule. It is an antigen that cannot elicit response by itself, unless paired with a larger protein. In summary: Immunogens - form of antigens that can elicit response. Antigens - anything percieved by the body as foreign that can either elicit or not (Hapten molecule) an Immune response.
An immune response is based on the ability to distinguish molecules that are part of the body ("self") from those that are not ("nonself," or foreign). Such molecules that can elicit an immune response are called antigens.
Yep. Every part of the human body is living. Your hair, nails, cells, etc.
The instinctive reaction is important because it takes time for signals to travel all the way to the brain and elicit a response - sending a message up the spinal cord takes time. Reflexes cause the body to automatically respond without waiting.
Yes, pathogens can directly affect the human body by causing infections or diseases when they invade tissues and cells. They can disrupt normal physiological processes, leading to symptoms such as fever, inflammation, and tissue damage. The body's immune response is activated to fight off the infection caused by pathogens.
A hapten is a small molecule that can elicit an immune response only when attached to a large carrier such as a protein. The carrier can also be one that does not elicit an immune response by itself. Things such as infectious agents, or insoluble foreign matter can elicit an immune response in the body as well as large lolecules.
Let's start with the first phrase: "All immunogens are antigens" Yes, that's true. Immunogens are antigens that CAN ELICIT IMMUNE RESPONSE and percieved as foreign by the body. Remember, anything that is percieved by the body as foreign is an antigen. Period. Now the second phrase: "All antigens are not immunogens" This is also true. There are antigens, percieved by the body as foreign that CANNOT ELICIT IMMUNE RESPONSE. Example of this is Hapten Molecule. It is an antigen that cannot elicit response by itself, unless paired with a larger protein. In summary: Immunogens - form of antigens that can elicit response. Antigens - anything percieved by the body as foreign that can either elicit or not (Hapten molecule) an Immune response.
An immune response is based on the ability to distinguish molecules that are part of the body ("self") from those that are not ("nonself," or foreign). Such molecules that can elicit an immune response are called antigens.
Helium is an odorless gas, and therefore at high densities should smell just as air does. The gas imbalance my elicit a sensory response due to the human body's dependence on Oxygen. The details of this response, I am uncertain of, but may also vary with the individual or conditions.
antibodies
An automatic response to the environment is a reflex
Monocytes ARE a a type of leukocyte , part of the human body's immune system, monocytes have 2 funtions: 1. to replenish macrophages and dendrites to normal state 2. monocytes can quickly (takes 8-12 hours and yes its not quickly....) go to the site of the infection and divide the tissue AND differentiate macrophages and dendritic cells to elicit an immune response...
Antigen
The human body sweats to regulate temperature and cool down. Sweat is produced by sweat glands in response to heat or physical exertion, and evaporates from the skin to help lower body temperature.
Pathogens can cause disease in the human body by invading tissues, releasing toxins, and triggering an immune response that can damage healthy cells and tissues.
The human brain can be seen as 'supersense' It adds all sense signals and produces a response. This response via the nerve system controls the integration of the body functions.
The human body detects the Nipah virus through the immune system's response to the virus entering the body. Once the virus breaches the body's defenses, the immune system produces antibodies to fight the infection and trigger an inflammatory response. This process helps the body recognize and eradicate the Nipah virus.