Sentence examples for capable of anchorage from inspiring English sources

However, only 8 day smoke exposed cells were capable of anchorage independent growth and tumor formation in vivo.

Growth in low folate for 20 PD slightly, but significantly (P < 0.05), increased the number of D100 cells capable of anchorage independent growth in soft agar.

As shown previously (Hahn et al, 2002; Voorhoeve et al, 2006), these cells were capable of anchorage independent growth when expressing RasV12 (Fig 1B; similar result were obtained with K-RasG12V and N-RasG12V, Supplementary Fig S1).

tHMEC-LT-st cells are capable of anchorage-independent growth; however, GIPC1 depletion significantly reduced the efficiency of anchorage-independent colony formation of the tHMEC-LT-st cell line when compared to control cells.

Interestingly, even though ETS1 and other ETS-family transcription factors have been mainly linked to tumor invasion, soon after cloning of human ETS1, Seth and collaborators demonstrated that ETS1 overexpression transformed NIH3T3 cells making them capable of anchorage-independent growth and tumor growth in nude mice [17].

Since the morphological growth, adhesion and migration alterations produced by chronic exposure to CSE were reminiscent of phenotypes characteristic of oncogenically transformed cells, we next asked whether CSE-treated cells were capable of anchorage-independent growth by culturing them in soft agar.

These two lines were characterised in detail and found to be growth factor-independent, capable of anchorage-independent growth at low frequency but non-tumorigenic in nude mice.

Kidney cells with ALDHhigh activity were isolated from the renal cortex and had an increased capacity to form sphere-like clusters of epithelial cells in culture, and were capable of anchorage-independent growth features seen in several types of multipotent stem cells.

One of the hallmark properties of transformed cells and cancer cells is that they are capable of anchorage-independent growth in culture systems, and this property correlates very well with their in vivo oncogenic potential (Reed, 1999; Frisch and Screaton, 2001; Grossmann, 2002; Wang, 2004).

The proposed beam column finite element is capable of predicting anchorage slip and the analytical results of the structural subassemblage agree well with the experimental results.

We have also demonstrated that GLI1 hairpin is capable of diminishing anchorage independent growth in ESFT cell lines.