acquired immunity

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Related to Adaptive immune system: Innate immune system
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Words related to acquired immunity

immunity to a particular disease that is not innate but has been acquired during life

References in periodicals archive ?
While the innate immune system relies on the recognition of particular types of molecules that are common to many pathogens but absent in the host, other safety mechanisms exist in the adaptive immune system to provide 'tolerance, 'enabling the body to control the extent and duration of an immune response, as well as preventing unwanted responses mediated against self-antigens.
MSCs exert significant effects on immunosuppression by refraining immune cells in both the innate and adaptive immune systems (Table 1).
Central to this model are injury-induced oxidative stress and calcium excitotoxicity, activation of PADs and aberrant protein deimination, T- and B-cell activation in response to novel deiminated autoantigens, and the resulting establishment of a chronic inflammatory state via sustained activation of the adaptive immune system. This potential mechanism involving the adaptive immune system presents a substantial concern for long-term pathogenesis, as well as a target for therapy.
The adaptive immune system works primarily through two types of white blood cells, B lymphocytes and T lymphocytes (so called because they develop in the bone marrow and thymus respectively).
Restoring of IFN signalling in the brain normalised brain activity and social behaviour."The brain and the adaptive immune system were thought to be isolated from each other, and any immune activity in the brain was perceived as a sign of pathology," said Jonathan Kipnis from the University of Virginia.
It is divided into two parts: our innate immune system and our adaptive immune system, also known as the antibody mediated (specific) immune system.
* The adaptive immune system is a complementary defense mechanism that utilizes gene rearrangement to form antigen receptors of nearly unlimited diversity, enabling the precise discrimination of self from non-self, the recognition of the majority of pathogens encountered throughout the life of the organism, and the constitution of an immunological memory.
Chapter titles include Hagfish embryology: Staging table and relevance to the evolution and development of vertebrates; The hagfish heart; The adaptive immune system of hagfish; Feeding, digestion, and nutrient absorption in hagfish; and Hagfish slime: Origins, functions, and mechanisms.
Hence, without a healthy innate immune system, the adaptive immune system will not be able to function as efficiently since it is dependent on the prior activation and participation of the innate immune system.
When a pathogenic organism or toxin does gain a foothold in the body, the defenses furnished by the innate immune system are reinforced by those of the adaptive immune system. Compared with innate immunity, adaptive immunity is a more evolved and complex system consisting of both cells and proteins.
Plants, unlike mammals, lack a somatic and adaptive immune system. Because of this, they have to rely on other defensive strategies to protect themselves from infectious agents.
Humans and other vertebrates have an adaptive immune system in addition to other forms of immunity present in all organisms.
The cells of the innate system recognize and respond to pathogens in a generic way, but, unlike the adaptive immune system (which is found only in vertebrates), it does not confer long-lasting or protective immunity to the host.
8,784,844 B2, entails arabinogalactan's ability to elicit a beneficial response from the adaptive immune system when administered with a vaccine in subjects prior to, during and after the phase of exposure to a foreign antigen.
Many standard elements of the adaptive immune system also have been described in bats, including multiple immunoglobulins, antibody responses, interleukins and other cytokines, and cell-mediated T-cell responses (although investigations of the latter have been limited [10]).
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