The corresponding gene fragments provide a strong basis to isolate nearly complete actin genes for further molecular characterization and for establishing phylogenies based on actin gene trees.
Genes with isoform transcription levels that changed by more than 20% (dIF >20, see Materials and Methods for details) were selected as DAS genes for further definition to the level of transcript accumulation between different cell types.
Therefore, there is a clear need for a systematic, objective, data-driven assessment of such gene lists, based on information integrated from different disciplines and sources, with the goal of prioritizing genes for further detailed biological validation studies.
We selected 193 genes for further analysis using NanoString nCounter arrays on corresponding FFPE tumours.
Here, we aimed to identify target genes for further functional analysis of OsSMF1.
In summary, the ASE pipeline assayed in two contrasting conditions yielded a list of promising genes for further study.
These differential genes related to γ-PGA synthesis provided candidate genes for further research on the glutamate dependent difference between glutamate-dependent strain and glutamate-independent strain.
In this research, we chose a total of 13 OsGLR genes that have the closest relationship to the Arabidopsis 20 AtGLR genes for further analysis.
This study identifies several candidate genes for further research into UV and H2O2 resistance.
We selected 33 stress-responsive genes for further quantitative real-time PCR analysis.
We empirically selected the top scoring 26 genes for further analyses.
