Sentence examples for molecular methodologies based from inspiring English sources

Advances in molecular methodologies based on 16S rRNA to analyze changes in the microflora can allow for an accurate evaluation of the effect of dietary intervention studies which, combined with short-chain fatty acid (SCFA) data, can give a more complete picture on the efficacy of fiber intake.

Molecular methodologies based on polymerase chain reaction (PCR) and reverse transcription (RT-PCR) provide powerful tools [ 8], which have markedly improved the detection of enteric pathogens [ 9].

These observations provide valuable insights into the molecular engineering methodology based on fine tuning structural-electronic impact of electron-donating antenna in efficient ruthenium sensitizers.

In particular, we focus on those methodologies based on gene expression data, molecular networks, and pharmacological information due to the rich resources of these types of data.

We have applied an atomistic simulation methodology based on molecular dynamics to study grain boundary migration in crystalline materials, driven by the excess energy of dislocation arrangements.

A scientific design methodology based on molecular modeling tools available today is presented for arriving at the most suitable reagent combinations for a given flotation separation problem.

The proposed methodology based on theoretical molecular modelling computations, requiring no experimental data can thus be utilised to screen/select the most promising molecules from a large set of possible architectures, thus saving enormous time and resources otherwise needed to design novel surfactants.

In particular, the polymers were submitted to natural and accelerated photo-ageing and an original methodology based on melt rheology has been applied to determine molecular changes upon UV weathering.

In this study, a computational methodology based on decision tree predictors is developed to discover molecular sub-groups from gene expression data and illustrate gene signatures associated with each group.

We applied either the methodology based on the exact potential multipole moment (EPMM) or classical molecular mechanics force field single-point partial charges with Coulomb formula.

Additionally, we present a methodology based on delay differential equations that can be used in scenarios of high molecular concentrations and low noise propagation.