Sentence examples for modification of the cell from inspiring English sources

Costa, K. et al. The morphological transition of Helicobacter pylori cells from spiral to coccoid is preceded by a substantial modification of the cell wall.

Fedors said the proposal, if approved, would be "severely hindering local governments' ability to fulfill our public health and safety responsibilities during the construction and modification" of the cell sites.

The increase in cell wall rigidity is brought about by modification of the metabolism of certain wall constituents and modification of the cell wall environment, especially pH.

These results indicated that over-expression of Pyk led to the lower lactic acid production in L. lactis NZ9000, which further verified the hypothesis that pyruvate metabolism would be rerouted to fatty acid biosynthesis under acid stress condition in L. bulgaricus, resulting in a possible modification of the cell membrane rigidity and impermeability to enhance acid tolerance.

The induced defence responses included the accumulation of sesquiterpenes and phytosterols and the activation of pathogenesis-related proteins, leading to reinforcement and modification of the cell wall architecture during elicitation and protection cells against biotic stress.

In plants, copper (Cu) acts as an essential cofactor of numerous proteins that play key functions in plant cell metabolism, such as the transport of electrons in mitochondria and chloroplasts, the regulation of the cellular redox state, the perception of ethylene, or the modification of the cell wall.

This differentiation springs from a modification of the cells' genetic programme: the switching on and off of genes.

It requires genetic modification of the cells that researchers want to activate and the intrusive use of a fiber-optic thread in the brain.

A way to modify cellular behavior is genetic modification of the cells used for tissue engineering (gene therapy).

Although the bulk properties of materials are important for the overall properties, especially for mechanical strength, a topographical modification of the cell-substrate interface is of utmost importance.

Based on our identification of a PC-esterase domain in PMR5 and ESKIMO1 we suggest that in both the cases the primary biochemical role of the esterase is modification of the cell-wall glycan properties by removal of acyl groups.