The phrase "abundant sequence data" is correct and usable in written English.
It can be used in contexts related to data analysis, bioinformatics, or any field where large amounts of sequential data are relevant.
Example: "The researchers were able to draw significant conclusions from the abundant sequence data collected during the study."
Alternatives: "ample sequence data" or "plentiful sequence data".
However, as noted by Gracey et al., [ 12], abundant sequence data are not a pre-requisite for gene-expression profiling.
The availability of abundant sequence data from key model organisms has made large scale studies of molecular evolution an exciting possibility.
NGS produces abundant sequence data in a short time, making it more economical and popular than the traditional Sanger dideoxy sequencing [ 6].
With abundant sequence data of numerous plants in public databases such as NCBI and PlantGDB, the identification of their miRNAs and targets would benefit researchers as a central resource for the comparative studies of plant miRNAs.
In an age of abundant sequence data, one can perform synthesis as never before without ever leaving your desk, apart from the occasional attention paid to the necessities of life.
Here again, analyses of newly abundant sequence data in the late 20th Century showed that rather than a highly congruent coalescence of genes at the times of speciation events, the coalescence times of alleles among species are highly variable.
Alignment extension and phylogenetic placement has interesting applications in the analyses of increasingly abundant sequencing data produced by NGS technologies and we have implemented extensive support for such data.
Having arrived at this conclusion using structural data, we resorted to the incorporation of the more abundant TFP sequence data into the analysis in order to gain further insight into the position of Prod1 within the TFP superfamily and to probe further for the existence of a mammalian ortholog.
However, there are abundant unlabeled sequence data in public databases such as UniProt [ 12].
Additionally we compiled abundant transcript sequence data for a species not previously studied in this manner.
On the other hand, there are abundant unlabeled sequence data in public databases such as UniProt [ 11].
