The phrase "assembling genomic" is correct and usable in written English.
It can be used in contexts related to genetics, bioinformatics, or research involving the construction or organization of genomic data or sequences.
Example: "The researchers are focused on assembling genomic sequences to better understand the genetic variations in the population."
Alternatives: "constructing genomic" or "compiling genomic".
However, for assembling genomic regions with redundant genome fragments the additional costs of memory, time, and price turned out to be disproportionate to the minor improvements achieved by increased sequencing depth.
Assembling genomic information and constructing a web-database of genome annotations and genes with particular functions is generally useful for implementing functional studies and for understanding evolutionary genomic organization.
de la Bastide M, McCombie WR: Assembling genomic DNA sequences with PHRAP.
Velvet-SC reconstructed the least number of transcripts in all completeness settings because it is designed for assembling genomic data and cannot handle multiple isoforms of the same gene well.
This level of genetic variation in zebrafish poses some challenges, such as the added complexity of assembling genomic sequence and the need to control rigorously for genetic background in experiments.
IDBA-UD, which is designed for assembling genomic and metagenomic data, handled some simple cases of multiple isoforms of the same gene and had better performance than Velvet-SC.
The first great-ape genome projects used the human genome as a scaffold to help assemble genomic regions in which corresponding stretches of DNA lay in the same order and were present in a similar number of copies.
We investigated the physical distribution of the 176 precursors of miRNAs along the different assembled genomic scaffolds of the pea aphid genome.
Also, 74% of raw transcript reads map onto the genomic scaffolds, which is much more than what can be expected based on the ATGC content of the assembled genomic scaffolds which comprise 58% of the genome.
We have now analyzed the chicken genome for mucin genes making use of the assembled genomic sequence and the proteins predicted by ENSEMBL [ 26].
Assembled genomic shotgun reads show that in the T. oceanica genome, the ferredoxin petF gene has been transferred to the nucleus.
