Exposure of the respiratory system to a wide range of chemicals and environmental toxicants during perinatal life has the potential to significantly affect the maturation, growth, and function of this organ system.
The effect of FC-98 on the maturation and function of DCs remained unknown.
To address the possibility that chronic HIV-1 replication in lymph nodes may affect the activation, maturation and function of pDC, we analyzed these cells by flow cytometry for the expression of the activation and maturation markers CD40, BCDA2, CD83 and CD86, as well as the steady state IFNα secretion [38], [48], [49], [50].
Exposure to a wide range of chemicals and environmental toxicants during this period has the potential to significantly affect the development, maturation, growth and function of organ systems well into adulthood[ 6, 7].
The present study was designed to determine whether CB nanoparticles affect the maturation/activation and function of DC in vitro.
In System I*, an equivalent insertion (CAPSKY) did not affect the maturation level of CcmE*.
In addition to the effect on proliferation, MSCs can further interfere and affect cellular differentiation and maturation and function of the immune cells [ 44, 45, 52, 53].
Distinct biomaterials have been shown to differentially affect the maturation of dendritic cells (DCs).
However, the Brazilian population origins did not affect the maturation of the medial longitudinal arch.
