Actually acquired immunity consists of "humoral immunity" and "cell mediated immunity. Acquired immunity is the same with adaptive immunity, it is when the antibodies are produced within the bodies after the exposure of pathogen. Humoral immunity secreted antibodies while cell mediated immunity involves in production of T lymphocytes.
Naturally acquired active immunity means that you have contracted the disease and your body has developed immune defenses against the disease. An example if when a person gets Chickenpox- the body has memory cells which functions to produce an immune response when it recognizes the same virus later on. The immunity for chicken pox is usually lifetime.
Acquired resistance from developing a disease is known as active immunity. This occurs when the body's immune system recognizes a pathogen during infection and generates a specific response to combat it. The immune memory developed during this process helps protect against future encounters with the same pathogen.
Acquired immunity is developed by the body after exposure to a pathogen or vaccine, leading to the production of antibodies. Passive immunity is temporary protection acquired through the transfer of pre-formed antibodies, such as from mother to child during pregnancy or through receiving injections of antibodies.
Natural acquired immunity is when your body already knows how to defend against certain antigens and germs. Artificial acquired immunity is provided in shots to the body when we are babys. These shots contain inactive or a weakened antigen or germ in order to allow are body to produce an anti-body to defend against them if we were to get infected in the future. This makes them alike because the way of defending against the antigens are the same. The only difference is that in artificial immunity are bodys are introduced to a foreign antibody in order for our body to "learn" to defend against it.
Innate immunity (also called nonspecific or natural immunity) refers to the inborn ability of the body to resist and is genetically transmitted from one generation to the next. This immunity offers resistance to any microorganism or foreign material encountered by the host. It includes general mechanisms inherited as part of the innate structure and function of each vertebrate and acts as the first line of defense. Innate immunity lacks immunological memory, i.e., it occurs to the same extent each time a microorganism or foreign material is encountered.
Active acquired immunity is a type of immunity that results from the body's own immune system being activated to produce antibodies in response to exposure to a pathogen, such as through vaccination or recovering from an infection. This type of immunity provides long-lasting protection against future exposures to the same pathogen.
Exposure to a disease-causing organism typically results in acquired immunity, either through natural infection or vaccination. This type of immunity is specific to that particular organism and provides protection against future encounters with the same pathogen.
Acquired immunity refers to the immune response that develops after exposure to a specific pathogen or through vaccination. It involves the production of antibodies and memory cells that can recognize and fight off the pathogen upon future exposure, providing a faster and stronger defense against the same pathogen. This type of immunity is more specific and targeted compared to innate immunity.
Acquired immunity is a form of immunity gained from bacteria or viruses by the body ITSLEF. Essentially the body has encountered the pathogen (bacteria/virus) and learnt by itself which anti-bodies to produce to fight it. Once the body has found which antibodies are the most effective this information is stored in "memory cells" which, if encounter the same pathogen can quickly make the correct type antibodies to fight the invading pathogen and defeat it quickly. (antibodies are produced by lymphocytes which neutralize toxins and clump bacterium together meaning the phagocytes can engulf them quicker and digest via enzymes) acquired immunity is "natural" including Innate immunity (antibodies passed through placenta/breast milk. artificial immunity includes Active (given modified bacteria which does no harm but body learns how to produce antibodies) and Passive (injected with Antibodies - requires "top-up")
Active immunity through the humoral response occurs when B cells encounter antigens and differentiate into plasma cells that produce specific antibodies. These antibodies then circulate in the bloodstream and target the antigen for destruction. Memory B cells are also formed in this process, providing long-term immunity upon subsequent exposure to the same antigen.
Examples of artificial active immunity include vaccines for diseases such as measles, mumps, and rubella. These vaccines contain weakened or inactivated pathogens that stimulate the immune system to produce antibodies and memory cells to protect against future infections. Another example is the flu vaccine, which is updated annually to match circulating strains of the influenza virus.