Sentence examples for immune behaviour from inspiring English sources

"Recent evidence has shown, overwhelmingly, that there is a link between depression and inflammation triggered by the body's immune behaviour in the body," said the consortium's leader, neuroscientist Professor Ed Bullmore, of Cambridge University.

Assessing the cytokine-mediated IRF-1 activation may help in understanding the intrinsic mechanisms underlying differential immune behaviour of cancer cells.

Here, we explored the significance of the cytokines-induced activation of IRF-1 in melanoma cell lines in vitro as a determinant of the immune behaviour of 15 melanoma cell lines.

Based on the physiological response to infection, that is, monocytosis, neutrophil activation, monocyte-macrophage differentiation, extravasation, as well as cell-mediated responses, these patented markers appear to characterise a large cross-section of early immune behaviour.

However, the dense and reciprocal cytokine architecture of immune and body cells disclosed here highlights the collective nature of immune behaviour; individual clones of lymphocytes are selected by specific antigens, but the biology of the immune response is regulated by the cytokines expressed by body cells and by the collective of interacting immune cells[ 4, 13, 16].

MAC infection causes different patterns of airspace disease depending on the immune status, behaviour of the patient, and source of infection.

Sn+ macrophages not only exhibit classic innate immune cell behaviour by acting as professional phagocytes but also display a close relation in promoting immune responses [18] through the activation of other immune effector cells including CD8 T cells [19], B cells [20] and iNKT cells [21].

At the same time, glioma cells seem to be also able to recruit from the circulation other immature myeloid cells, which also adopt an immune suppressive behaviour, as soon as they start interacting with the cancer site [ 76].

This allele carries a G>T point mutation in the non-coding region of the leptin receptor gene that promotes aberrant splicing of a 106-nucleotide insertion, creating a novel exon in the long isoform of the receptor, resulting in aberrant signalling that might affect immune cell behaviour (Chen et al., 1996; Busso et al., 2002).

Future work in our lab will attempt to understand these differences and similarities in insect and vertebrate immune modulated behaviours.

The ECM has an important function in modulating immune cell behaviours such as cell proliferation, differentiation and survival, intercellular communication, and leukocyte trafficking into inflamed tissues.