Sentence examples for most bacterial cells from inspiring English sources

Time-course killing assays indicated that ZXR-2 killed most bacterial cells within 5 min at 4 × MIC.

This mechanism occurs due to the development of a more resistant state in most bacterial cells.

Most bacterial cells are detached by the flow when simply laid on agar; to overcome this problem, cells were insulated from the flow so that molecules reached the cells by diffusion through the thin agar pad.

That meant then, and still means now, that most bacterial cells had to do everything, all the time, all at once.

In fact, most bacterial cells have hard shells outside their cellular membranes as protections, making that bacterial cells unlikely communicate each others.

Homologous proteins are the most abundant proteins in most bacterial cells and have established roles in translation and other processes, including cell shape maintenance [ 90].

Most bacterial cell wall hydrolases cleave the β(1→4) glycosidic bonds in peptidoglycan, and are ineffective on pseudomurein-containing archaeal cell walls.

Endospores endure environmental conditions that would kill most other bacterial cells, including prolonged periods of insufficient nutrients, moderate levels of organic solvents, exposure to phage, extremes in pH, proteases and cell wall degrading enzymes, freezing, desiccation and excessive heat or radiation [ 3, 4].

It is clear from the aforementioned analysis that in most cases bacterial cell populations dominate yeast cell populations because of their high growth rate.

Two-component regulatory systems mediate most of the bacterial cells responses to a variety of signals.

While most studies on bacterial cells have focused on fast-growing, exponential-phase cells, stationary phase presents unique challenges for cell growth due to accumulated waste and limited nutrients.