Sentence examples for residing immune from inspiring English sources

It is increasingly recognised that the immune profile in both peripheral (T-cells) and central residing immune cells (microglia) undergo a developmental shift with age from an anti-inflammatory skewed response (such as high IL-10) to pro-inflammatory in both rodents and humans (Elahi et al., 2013, PrabhuDas et al., 2011, Shigemoto-Mogami et al., 2014).

All murine FcγRs ligate exposed Fcγ parts of ICs via the surface-exposed γ-chain: FcγRI, FcγRIII and FcγRVI, but not the inhibitory FcγRIIb, then promote cell activation via a signal-transducing trans-membrane dimeric γ-chain (FcRγ) residing the immune receptor tyrosine-based activation motif (ITAM) [20].

In contrast to circulating immune cells are tissue-resident immune cells which already reside in selected organs where they appear to be poised to deliver immune responses.

Therefore, we assessed the phenotypes of lymphocyte subpopulations residing in the immune tissues by using markers of cell differentiation and lymphocyte egress, such as CD69 and a series of cell adhesion molecules (Fig. 2 and 3).

RNAi nanomaterials can act as a Trojan horse which delivers siRNAs against immunosuppressive factors and reverses the regulatory activity of tumor immune cells residing in the tumor microenvironment.

We discuss herein how this flow also provides continuous access to immune cells residing in the lymph nodes of antigens from self or from pathogens residing in the interstitium.

Such changes have major impact not only on cancer cells themselves by supporting their growth, but also generate metabolic products which alter the microenvironment and affect the fate and function of immune cells residing in the microenvironment of cancer.

Although immune cells residing in LN are more difficult to sample, they may provide a deeper understanding of the mechanisms used by the virus to subvert and evade host immune responses.

In this model, oral administration of DSS induces a breakdown in the intestinal epithelial barrier resulting in contact of the luminal microflora with the network of immune cells residing in the lamina propria [24].

However, neither RT-PCRs from Salmonella-infected CT26 cells in vitro, nor RT-PCRs from Salmonella-infected CT26 tumors in vivo showed expression of TNF-α by CT26 cells or immune cells residing in CT26 tumors (Fig. 3a).

Damage to the thin epithelial cell layer can result in invasion of bacteria into the lamina propria and the subsequent activation of immune cells residing there.