To see the effect of development on transcript accumulation of OsMT1e P in rice plants, we looked into publically available microarray data.
These genes together with 177 SSR markers and 742 genes with SNPs provide a comprehensive resource for integration and development of the transcript map of chickpea.
Gene-based markers from common bean are predicted to be useful for further phylogenetic analysis of the crop, for transfer to related species especially other cultivated Phaseolus species and for the development of a transcript map for common bean.
Development of RNA transcripts as biomarkers was facilitated by developments in reverse transcription in combination with quantitative real-time PCR (RT-qPCR), with high sensitivity, specificity, reliability, and at a very affordable costs [ 12].
Approximately 60% of the expressed transcripts were differentially expressed between at least two out of the seven stages of berry development (28% of transcripts, 4,151 Unigenes, had pronounced (≥2 fold) differences in mRNA expression) illustrating the dynamic nature of the developmental process.
During the development of avocado mesocarp, transcript levels for the ortholog of Arabidopsis SAD (AT2G43710; FAB2) were the most abundant than for any enzyme of lipid biosynthesis considered in this study, and constituted about 44%% of all the plastidial fatty acid synthesis gene expression (Fig. 3b and c).
Many of the sex and gamete function processes do not begin at such early stages of development and transcripts of such genes, presumably, would not be present (or present in very small numbers).
One dataset, hereafter referred to as Development, contains replicated analysis of transcript variation across a variety of developmental stages and tissue types from Arabidopsis thaliana [33].
Histone modification and rapid cell cycling are two proposed mechanisms by which expression of the zygotic genome is repressed in early development of bilaterians, and transcripts associated with these processes may be degraded preferentially in cnidarians as well [ 13].
In the late stages of flower development, transcripts of GmMADS28 were detected in the stamens, petals, and ovules.
