Sentence examples for bacterial isolates based on from inspiring English sources

Table 1 Identification and characterization of bacterial isolates based on 16S rDNA homology analysis and cellulolytic activity Strain GenBank/DSMZ accession no.* Bacteria Closest relative 16S rDNA identity Cellulolytic activity Bagasse HT CMC (EIA) Kd70 TUC-EEAOC KM096608/DSM 27019 Klebsiella oxytoca K. oxytoca KCTC1686 99.0 + + + (5.0) KdB5 TUC-EEAOC KM096599 Klebsiella.

Examples are the clustering of gene expression profiles in microarray analysis [1], the grouping of bacterial isolates based on typing methods in the epidemiology of infectious diseases [2], [3] and the tissue distribution pattern of proteins in proteomic analysis [4].

Several pure bacterial cultures have been isolated based on their ability to degrade 2C4NP (Ghosh et al. 2010; Arora and Jain 2011; Pandey et al. 2011; Arora and Jain 2012; Tiwari et al. 2017), but strain CNP-8 reported in present study is able to tolerate and degrade higher concentrations of 2C4NP than any other 2C4NP-utilizers.

Phylogenetic diversity of the bacterial isolates was measured using the PD index (Faith 1992) of all bacterial isolates infected by a given phage isolate (based on the distance within the supertree).

The identification of selected bacterial isolates was based on the sequence analysis of the 16S rDNA genes.

We show that C. elegans mutants deficient in immune responses can be isolated based on an enhanced accumulation of bacterial pathogens in the intestine that can be rapidly identified using the COPAS Biosort system.

EVs isolated based on immunoaffinity have different characteristics than those isolated based on size.

The bacterial isolates were identified based on various tests.

307 bacterial isolates were classified based on morphology, Gram-staining and standard microbiological tests.

Preliminarily, a total 50 bacterial isolates were characterized based on their morphological, cultural, and biochemical tests.

Characterization of the bacterial isolates was performed based on their colony morphology.