Sentence examples for membrane function such as from inspiring English sources

The locally produced ROS oxidize the cell membrane phospholipids and generate lipid hydroperoxides which impair membrane function such as membrane transport, dysfunction of channel proteins, and loss of fluidity leading to tissue injury [3].

Since sterols are components of cell membranes, it is also possible that at least some of the developmental defects are the consequence of aberrant membrane function, such as altered membrane permeability and/or fluidity.

Embryonic lethality during this period of development is commonly caused by potential failures in gastrulation, defects in extra embryonic membrane functions such as vasculogenesis or hematopoiesis and/or cardiovascular failure [45].

Cholesterol is involved in crucial membrane functions, such as fluidity, and permeability, and in the organization of specialized membrane microdomains (or lipid rafts).

Studies have shown that ELF-PEMFs alter membrane functions such as ion channels, ligand binding, and alterations in the density and distribution of receptors [ 38– 40].

In last few years, investigators have also turned to predict new substrates for enzymes or receptors of unknown function (such as the membrane proteins) and to predicting potent small molecules based on multi-targets.

The change of membrane fluidity may affect membrane-associated functions, such as transportation of nutrients.

That is, typical cell membrane voltages result in robust electric-field forces on cell-membrane proteins, which are known to modify function, such as open and close ion channels.

One can easily envision how adaptation can occur by obtaining new alleles that increase the activity of particular membrane transport functions, such as antibiotic efflux or the secretion of antibacterial or host-modulating effectors.

This enzyme, although an essential enzyme in the glycolytic pathway, has been located in parts of the plant cell not associated with its main function, such as the peribacteroid membrane [71] and the cell walls [72].

Defects in mitochondrial function such as inefficient oxidative phosphorylation and loss of membrane potential can lead to elevated ROS production.