Sentence examples for behavior of immune cells from inspiring English sources

Although many studies have investigated cellular reaction to different surface patterns, the behavior of immune cells, such as macrophages and foam cells, cultured on different diameters of nanodots has not been studied thoroughly.

As a consequence, two-photon microscopy has become the technique of choice to assess the dynamic behavior of immune cells in vivo.

The dynamic behavior of immune cells is profoundly dependent on physiological conditions[13], and it is particularly questionable whether circulatory deprivation in explanted pancreas preparations would leave the true in situ parameters of diabetogenic immune responses unaltered.

Utilizing various mutants that induce melanotic capsule formation and also a real immune challenge provided by parasitic wasps, we show that the acute expression of the ADGF-A protein is not driven by one specific signaling cascade but is rather associated with the behavior of immune cells during the general inflammatory response.

Besides altering the production and activity of inflammatory mediators and proteases, HA can change the behavior of immune cells.

Exogenous HA enhances chondrocyte HA and proteoglycan synthesis, reduces the production and activity of proinflammatory mediators and matrix metalloproteinases, and alters the behavior of immune cells.

Alternatively, rather than changing the abundance of particular immune cell lineages, antibiotic treatment could change the phenotypic behavior of immune cell populations.

Recent studies revealed that stromal cells play a critical role in the formation of tissue microenvironment by producing various factors and control over the behavior and function of immune cells.

These animal models allowed the characterization of immune cells' behavior within organs, highlighted the aberrant immune response underlying the increased susceptibility of septic host towards a secondary infectious insult, and are currently used to decipher the regulatory mechanisms of sepsis-induced immunosuppression.

The ability of immune cells to modulate behavior represents a well-documented axis by which behavior may be modified.

Using Figure 13, it can be said that the results for the population of immune cells are similar both in magnitudes and behavior in all three cases, meaning the immune cells behave similarly under random conditions too. Figure 13 Deterministic, random and stochastic results for (pmb{B t)}), respectively.