Sentence examples for bacterial cells were also from inspiring English sources

Bacterial cells were also observable in RFDMW micrographs (Fig. 5c).

Washed, unwashed, and control bacterial cells were also labeled with mCherry_PGRP-SA as described above and observed by fluorescence microscopy.

Bacterial cells were also counted in the Hoaglands solution bathing the roots and expressed as CFU/mL.

Bacterial cells were also able to anaerobically reduce significant concentrations of Cr VI) (2.5 mM) under nongrowing conditions, with an inverse relationship between pH and reaction rates over the pH range tested here.

The effect of chlorine on physiology of bacterial cells was also examined through scanned electron microscopy (SEM) analysis to get a clue to inactivation mechanism.

Enzymatic lysis of bacterial cells was also carried out at the optimum temperature and uncontrolled pH value leading to P 3HB-co-12 mol% 3HV) recovery yield and P 3HB-co-128% and 96.7%, resP 3HB-co-12

The use of DNA to "trap" bacterial cells is also observed in the eukaryotic immune response, where lysis of neutrophils can create neutrophil extracellular traps, or NETs, which contain large amounts of eDNA.

mCherry_PGRP-SA binding to bacterial cells was also imaged by fluorescence microscopy.

Aerobic respiration results in elevated endogenous levels of H2O2, but bacterial cells are also exposed to ROS present in their environment.

Other aberrant organisms like bacterial ghost inside those cells were also observed (Figure 7B).

Unc93b1 −/− -3ddiTHP-1 cells were also insensitive to large bacterial rRNAs (Fig 2A) [ 12].