Sentence examples for reduction of invasion from inspiring English sources

Additionally, as shown in Fig. 3B and 3C, transfection with 26b DP greatly reduced the ability of U251 and C6 cells to invade Matrigel, exhibiting about 67.98% and 51.78% in reduction of invasion, respectively.

They do not recognize or cross-react with any other parasite antigens neither in Western blot nor immunoflurescence assays carried out on merozoites (Fig 3C, 4E and data not shown) supporting the conclusion that the reduction of invasion efficiency of the α-Pf332-DBL/nDBL antibody is specific.

As shown in Fig. 3B, cell invasion was markedly reduced in the cells transfected with 26b-DP, exhibiting a 67.98% and 51.78% in reduction of invasion with a statistically significant difference (p<0.01) in the U251 and C6 cells, respectively (Fig. 3C).

Overexpression of DKK3 in conditioned media lead to significant reduction of invasion in UCC.

Similar to the mouse model, at 6 dpi, Smad4 knockdown provided a significant reduction of invasion (n = 179).

Knocking down EphA2 in vitro leads to disabled channel-like structure formation, reduction of invasion and migration ability, and reverse of EMT-related markers.

The data from cell invasion assay revealed that transfection of SCC13 cells with EGFR siRNA resulted in significant reduction of cell invasion (84%, P < 0.001) after 12 h as compared to the invasion of control siRNA-transfected SCC13 cells.

In the case of PANC-1 a 27.5% reduction of cell invasion was observed and in the case of MIA PaCa-2 invasion was reduced by 43.7%.

This annexin has also a potential role in tumour invasion and metastasis, as inhibition of annexin A1 using siRNA resulted in a significant reduction of cell invasion using an in vitro assay on an immortalised colorectal cancer cell line (Babbin et al, 2006).

In the invasive MDA-MB-231 cells, Rac3 inhibition caused a marked reduction of both invasion (40%) and cell adhesion to collagen (84%), accompanied by an increase in TNF-induced apoptosis (72%).

Calcitriol, acting through the Vitamin D receptor (VDR), has many tumor suppressive activities in the prostate, including inhibition of proliferation, induction of apoptosis and/or differentiation, and reduction of cellular invasion.