Sentence examples for differentiated bacteria from inspiring English sources

This interaction leads to the development of a new root organ, the nodule, where the differentiated bacteria fix for the plant the atmospheric dinitrogen (atmN2).

A remarkable feature of this interaction is the formation of a new organ, the root nodule, within which endosymbiotic differentiated bacteria fix atmospheric nitrogen to generate nitrogen sources usable by the plant, thus conferring a nutritional advantage to the host.

Nodulation is the product of a controlled infection process of the legume root system by soil bacteria of genus Rhizobia and results in the development of a new plant root organ, the nodule, where differentiated bacteria named bacteroides fix and assimilate for the plant the atmospheric dinitrogen.

These bacteria were differentiated at species level by the different PCR product patterns.

We wonder: Which came first the prokaryotes, or the multicellular, highly differentiated eukaryotes i.e., bacteria or elephants?

We have examined the interaction of S. pyogenes bacteria with differentiated HL-60 cells.

S. marcescens is differentiated from other gram-negative bacteria by its ability to perform casein hydrolysis, which allows it to produce extracellular metalloproteinases which are believed to function in cell-to-extracellular matrix interactions [48].

Nodules in the fourth category were free of bacteria, devoid of differentiated symbiotic cells and also displayed a root-like transcriptome.

The general relationships between various subpopulations of the bacteria within a differentiated cellular system are shown in Figure 6.

Culturable, (operationally) non-culturable and (operationally) dormant bacteria in the differentiated bacterial (cellular) system can therefore be seen as distinct subpopulations of the system, and culturable and dormant bacteria as reversible states of the same population.

In conclusion, the survival of S. pyogenes bacteria in neutrophil-differentiated HL-60 cells seems to be caused by an inhibition of azurophilic granule fusion with phagosomes and not primarily by inhibition of the respiratory burst.