Humans can develop active immunity naturally through exposure to a pathogen, which triggers an immune response and the production of antibodies. Artificially, active immunity can be induced through vaccination by administering weakened or inactivated forms of a pathogen, prompting the immune system to produce memory cells for future protection against that specific pathogen.
D. Active natural immunity. Breastfeeding provides infants with natural antibodies from the mother's milk, which helps to protect the baby through active immunity.
Natural active immunity typically results in longer lasting immunity compared to artificial active immunity. This is because natural exposure to a pathogen triggers a stronger and more diverse immune response, leading to the development of memory cells that can provide long-term protection against future infections.
The mother's breast milk provides passive natural immunity to the baby. This means that the baby receives antibodies from the mother through the breast milk, offering temporary immunity protection until the baby's immune system is more developed.
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.
Natural passive immunity refers to the temporary immunity gained by an individual through the transfer of antibodies from another organism, typically from mother to offspring. This can occur during pregnancy when antibodies cross the placenta or through breastfeeding when antibodies are passed in breast milk. This type of immunity provides immediate, but short-lived protection against infections. Unlike active immunity, which is developed by the individual's own immune system, natural passive immunity does not involve the host's immune response.
Natural active immunity to chickenpox is developed by being infected with chickenpox disease.
D. Active natural immunity. Breastfeeding provides infants with natural antibodies from the mother's milk, which helps to protect the baby through active immunity.
because it is.
Natural immunity.
because it is.
Active immunity involves the production of antibodies (by B lymphocytes) and cell-mediated response (with T lymphocytes). It renders relatively longer immunity (compared to passive immunity). Active immunity may be natural or artificial.This type of active immunity is said to be natural because the immunity is induced not by deliberate exposure (such as vaccination). The individual has developed immunity to a live pathogen by having been exposed to it and by developing a primary immune response that led to immunological memory.
Natural Active Immunity
Immunity.Depending on how an organism becomes immune to an INFECTIOUS disease, classifies the immunity into :Active/ PassiveNatural/ ArtificialActive immunity- the organism produced its own antibodies to the disease.Passive immunity- the organism was given antibodies to fight the disease (this type does not last.. so that if the organism is re-infected with the SAME disease...it is not resistant like previously)Natural immunity- the organism naturally was infected to develop active immunity or given antibodies (from mother's milk).Artificial- the organism was deliberately infected to develop active immunity or given extracted antibodies (probably produced from rat's spleen).
Natural active immunity typically results in longer lasting immunity compared to artificial active immunity. This is because natural exposure to a pathogen triggers a stronger and more diverse immune response, leading to the development of memory cells that can provide long-term protection against future infections.
The mother's breast milk provides passive natural immunity to the baby. This means that the baby receives antibodies from the mother through the breast milk, offering temporary immunity protection until the baby's immune system is more developed.
Active immunity involves the production of antibodies (by B lymphocytes) and cell-mediated response (with T lymphocytes). It renders relatively longer immunity (compared to passive immunity). Active immunity may be natural or artificial.This type of active immunity is said to be natural because the immunity is induced not by deliberate exposure (such as vaccination). The individual has developed immunity to a live pathogen by having been exposed to it and by developing a primary immune response that led to immunological memory.
active natural