Sentence examples for effective transcript from inspiring English sources

These studies will benefit from high quality assemblies with few singletons (less than 26% of bases for each assembled transcriptome are present in unassembled singleton ESTs) and effective transcript discovery (over 6,500 of our putative orthologs cover at least 50% of the corresponding model silkworm gene).

As can be seen in Figure 1 the normalization procedure was effective: transcripts that were highly abundant in the original pool occurred considerably diminished after normalization as compared to lower abundant transcripts.

KRM1 gene coverage represented only 3,500 distinct rhesus/human RefSeq [ 17] orthologs out of a possible 23,000, largely due to the redundancy that is characteristic of tissue-specific EST libraries as well as difficulties in achieving effective mRNA transcript coverage of unique EST contigs for probe design.

This gave us an effective amplified transcript concentration for each gene in each sample, from which, with the addition of a random value for each gene in the range -0.20 to +0.20 to represent technical noise, we generated a set of log intensity ratio values for each gene in the experiment.

These enriched transcriptional factors and transcriptional regulatory elements may promote effective gene transcripts in the 2-cell embryo and launch the progress of zygote genome activation (ZGA).

Very few autophagosomes were seen in transgenic seedlings with less effective reduction of transcript level (RNAi-1, RNAi-4, RNAi-5) and in WT plants.

A range of different tissues were included in order to obtain effective sampling of transcript complexity and to maximise the probability of detecting mRNA of low abundance.

Namely, blue light tends to be effective to accumulate transcripts in the somatic cells; while red light leads to accumulate transcripts predominantly in the reproductive cells.

By changing the genomically encoded sequence at the transcriptional or post-transcriptional level, RNA editing provides an effective way to create transcript and protein diversity with limited primary RNA transcripts in an organism [ 2- 4].

This suggests that the apical and basal cell libraries in tobacco are highly effective for identifying transcripts that putatively encode novel proteins.

In this context, we can also assume that degradation by heating is less effective for longer transcripts with a high GC content.