Recent experimental evidence suggests that parasites can not only evade immune responses actively but also exploit the hormonal microenvironment within the host to favor their establishment, growth and reproduction.
In human lung tissue, epithelial cells mediate an initial inflammatory response by actively secreting specific cytokines that recruit and activate inflammatory cells, such as neutrophils or macrophages, 48 or by the release of damage-associated molecular pattern molecules from necrotic cells.
This force configuration is to demonstrate the feasibility of attenuating the plate response by actively modifying the beam response.
This paper derives a closed form solution for wind-induced response of actively controlled tall buildings with linear quadratic Gaussian (LQG) controllers to facilitate the real application of modern active control theory.
Hallmark of the in situ tissue engineering approach is the use of bioresorbable, synthetic, acellular scaffolds, which are designed to modulate the inflammatory response and actively trigger tissue regeneration by the body itself at the site of implantation.
Leptopilina heterotoma overcomes the host immune response by actively suppressing host encapsulation of its eggs using Virus Like Particles (VLPs) produced within its venom glands (referred to as long glands).
A more realistic input is needed to investigate the spatial dynamics and regulation necessary to sense a gradient, convert this shallow external gradient into a more dramatic intracellular response, and actively correct the direction of the projection extension.
This pathway involves both positive and negative regulators, such that ethylene response is actively repressed in the air and de-repressed in the presence of ethylene.
After immunization with the allergen mix, the IgE response of actively vs. sham pre-treated animals was compared by mediator release assays.
