Sentence examples for migration by altering from inspiring English sources

Thus, we hypothesize that ST3Gal III could be influencing cell migration by altering integrin sialylation.

It has been shown that this receptor is heavily involved in allergic airway processes [ 43] and promotes small cell lung cancer cell migration by altering cytoskeletal regulation [ 44].

Our study further revealed that TGFβ-induced nuclear cyclin D1 promotes cell migration by altering cell morphology and the formation of invasive subcellular structures in metastatic breast cancer cells.

Since many of the genes identified in these screens affect cell migration indirectly, for example, by altering cell division and growth, we chose to take a different approach.

We show that these read-throughs are able to functionally oppose at least one of their two parent genes exemplified by altering migration and invasion properties of cell lines and by inversely regulating IL8 (BG) and LITAF (KKv1).

During S to G2 progression, the microtubule-associated protein Tpx2 redistributes from the nucleus to the apical process, and promotes nuclear migration during G2-phase by altering microtubule organization.

Finally, evaluation of EC migration speed demonstrated that PEG-Scl2 hydrogels promoted higher migration speeds than PEG-collagen analogs and that migration speed was readily tuned by altering protein concentration.

Migration towards CCL19 was slightly enhanced by altering the signaling strength during stimulation, when Th1 cells received a CD152 signal (Fig. 1E).

Recently, mutations in human and mouse TUBA1A TUBA3) alpha-tubulins were identified that block cell migration in the mammalian cortex, possibly by altering interactions between the alpha-tubulin subunit and the microtubule-nucleating and stabilizing protein doublecortin [16].

We provide the first evidence that E2 directly regulates the function of human uNK cells by altering uNK cell migration and the secretion of uNK-derived angiogenic factors.

Mycobacteria and their cell extracts have been implicated in a surprisingly wide range of immunoregulatory processes, and in particular are capable of suppressing central nervous system autoimmunity in the encephalomyelitis mouse model by altering T-cell migration, suppressing the IL-17 response, and inducing apoptosis of activated T cells [ 56].