The phrase "abundant transcripts are" is correct and usable in written English.
You can use it when discussing the availability or quantity of transcripts in a particular context, such as research or documentation.
Example: "In our study, we found that abundant transcripts are essential for a comprehensive analysis of gene expression."
Alternatives: "plentiful transcripts exist" or "numerous transcripts are available".
Although it has been previously recognized that most transcripts are expressed at low abundances and highly abundant transcripts are rare, the fitted RAD in this study for the first time precisely described the constitution of transcriptomes.
The most abundant transcripts are related to DNA transcription, mRNA translation, and post-translational processing of proteins, reflecting the high specialization of this tissue for expressing and secreting toxins to the lumen of the venom gland.
The results support our hypothesis that even with the process of cDNA normalization, abundant transcripts are represented more frequently in final sequenced cDNAs than rare ones.
It is apparent with the One-Direct system however that a greater number of more abundant transcripts are not detected as RNA input is further progressively decreased (10 pg), as might be expected at this low (essentially single-cell) level of input.
These results thus show that rare and moderately abundant transcripts are roughly normalised by the SSH procedure while abundant transcripts are not.
The most abundant transcripts are genes encoding storage proteins, ricin, agglutinin and oleosins.
Using an in silico approach, 2284 genes were identified from over 7000 expressed sequence tags and abundant transcripts were analyzed and characterized by their functional profile.
Ds cDNAs (i.e. abundant transcripts) were degraded by the addition of Duplex-Specific Nuclease (Evrogen).
Homologs to all but one of the enzyme homologs, transaldolase (TAL1 in yeast) were identified in the genome and abundant transcripts were observed for the ribulose-5-phosphate 3-epimerase (Table 4).
