Sentence examples for a model of transcript from inspiring English sources
A model of transcript production was assumed that includes a two-state promoter (active or inactive), followed by a step associated to transcription initiation of the active promoter.
To investigate how changes in rates of transcription and degradation could affect differential gene expression in torpor, we developed a mathematical model of transcript dynamics across the torpor arousal cycle.
Results: We propose a novel approximate inference scheme based on VB and apply it to an existing model of transcript expression inference from RNA-seq data.
In order to explain the complex dynamic behavior of genetic regulatory systems, the authors of [1] presented a model of ordinary differential system for the transcript factors (TFs).
We propose a model of diffused independency between variation in transcript abundances and variation in their engagement on polysomes, which implies the existence of specific mechanisms to couple these two ways of regulating gene expression.
A linear model of mean transcript accumulation across F1 plants as a function of the mean of parental samples explained a high proportion of F1 transcript variance (p < 0.0001, R = 0.98 (reduced data), p < 0.0001, R = 0.96 (full data)).
We here proposed a simple model of CRISPR transcript processing.
In this section, we will propose a simple model of CRISPR transcript processing.
We here developed a simple model of CRISPR transcript processing, and showed that this model is able to explain the existing experimental observations.
As the improvements in quantification accuracy achieved by explicitely modeling biases have shown to be moderate [Using rQuant with an l2-loss function, an explicit model of the transcript length bias increased the pearson correlation coefficient by 0.4 1.7 percentage points (Bohnert, 2011, Table 3.1)], we decided not to incorporate this into our model.
We focused on exon level expression and used existing models of transcript isoforms to identify alternative exon structures.
