Sentence examples for behavior of cell types from inspiring English sources

This seeming paradox could result from the differences in the behavior of cell types as well as the experimental systems used to elucidate the release process.

This review aims at highlighting examples of specific behavior of cell types that was enhanced with signaling molecules tethered to biomaterials.

However, given the difficulties in procuring and maintaining primary human ATII cells in their physiological state ex vivo, this system provides a means to study the behavior of cell types from normal or disease lungs in an epithelial repair model.

Aberrant Rac and Cdc42 activities have been recently associated with invasive and malignant behavior in a variety of cell types, including hepatocarcinoma, breast carcinoma, and melanoma [ 4- 6].

Therefore, our new description of unique features in the life cycle of Capsaspora further expands the possible range of cell types and behaviors (the "starting raw material") of the unicellular ancestor of Metazoa.

Before we explore the behavior of interacting microbial populations, we first consider the growth of a population of cell types in the absence of trade.

To compare changes in functional behavior of both cell types, levels of O2‾, H2O2, and mitochondrial membrane polarization were measured following 24 hours of 25 mM D-glucose exposure.

Additionally, recent evidence supports the ability of in vitro tissue structure to influence the behavior of other cell types and the outcome of biological studies [ 19].

Expression of particular embryonic mammary markers within tumor cells may reflect reactivation of genetic programs that influence the behavior of immature cell types present within the breast and may elicit cell behavior associated with embryonic cells, such as a less-differentiated, highly plastic state.

The obtained results clearly reflect the behavior of both cell types in the presence of different fibrinogen concentrations.

Neurorestorative strategies have two principal milestones: 1) research into novel mechanisms and new molecules involved in sustaining adult neurogenesis and 2) the identification of general rules which govern the behavior of all cell types involved in the regenerative machinery (stem cells, progenitor cells, newborn cells, and their responses to attractant and repelling molecules).