Sentence examples for molecular tools based from inspiring English sources

Molecular tools based on genetic or chemical approaches, frequently utilizing fluorescent or luminescent reporter signals, are being used at increased resolution to interrogate target cells.

With molecular tools based on nested polymerase chain reaction (PCR) assays, sequencing, restriction profiling, and phylogenetic analysis, phyllody-affected sesame plants collected from nine different states of India were found to be infected by phytoplasmas belonging to two 16Sr groups, namely 16SrI and II.

Therefore, molecular tools based on 16S rRNA gene can be developed and used for identification.

Incorporating such data, molecular tools based on target-probe hybridization were developed to monitor microbial communities within complex environments.

ITS fingerprinting method is a molecular tool based on the sequence and length heterogeneity of the bacterial rRNA operon 16S 23S intergenic spacer and provides a high phylogenetic resolution.

Therefore, in the last years, a considerable number of detection methods using faster molecular tools, mainly based on PCR techniques, have been proposed [ 16, 17, 21– 23].

Therefore, with the advent of molecular methods and identification tools based on sequence analysis of multiple genes, it is now possible to identify every Trichoderma isolate and recognize it as a putative new species [ 9, 14, 15].

We therefore decided to investigate the possibility of constructing a molecular epidemiology tool based on multilocus sequence analysis (MLSA) with PCR amplification of various loci followed by sequencing.

Besides the methods based on equations of state and liquid activity models, new efficient tools based on molecular simulation and quantum mechanics are presented.

The Institute of Medicine (IOM) report says that so-called "omics" tests diagnostic tools based on molecular patterns are highly prone to errors; it recommends they be rigorously validated before being used in clinical trials.

This work aims at proposing new tools, based on the use of molecular markers, for the entomological authentication of honey.