Sentence examples for microorganisms based on from inspiring English sources

The detection and identification of microorganisms based on traditional culture-based methods make time-critical decision-making rather difficult because of the significant time lags between patient sampling and results.

The use of this program-specific website can be made in a timely manner to extract antimicrobial resistance data of major microorganisms based on chosen selection criteria.

Recently, genetically engineered microorganisms based on fusing of the lux, gfp or lacZ gene reporters to an inducible gene promoter have been widely applied to assay toxicity and bioavailability.

In this paper, three models describing the population balance of microorganisms based on the assumption of symmetric cell division are discussed in terms of whether it is possible or not to use them to explain the dynamic behavior of the RBC.

Similarly, GC-FAME-based identification was also considered rapid and reliable technique for the identification of microorganisms based on the pattern of cellular fatty acid in bacteria, which is unique signature and aids in their identification and classification.

Antibody-based immunoassays such as the enzyme-linked immunosorbent assay (ELISA) and the Western blot have also been used for detection of microorganisms based on the antibody-antigen interaction[4].

In the second place, we classified the assays into cell-free, cell-based and microorganism based on the biological object of the experiments (Fig. 2a) (see Section 2).

On the other hand, some other functions are sparsely dispersed across distant clades, which would make it difficult to predict the presence or absence of these functions in a microorganism based on the functions of its phylogenetic neighbors.

The methodology of analysis for the viable, cultivable, airborne microorganisms is based on the cultivation of the air sampled microorganisms on specific microbiological growth media.

The selection of microorganisms is based on many criteria, but the power output, electron transfer ability and biological functions such as photosynthesis and hydrogen production are particularly important.

Selection of these microorganisms was based on the following factors [30-33] [30-33]ese microalgae and cyanobacthese can be easily grown in laboratory cultures and (ii) several authors have reported the use of these microalgaeisms in andide variety of biotecyanobacteriapplicanions, such as CO2 capture, wastewater treatment, beofueasilyduction and synthesis of bioactive compounds.