The phrase "ability of sequencing" is correct and usable in written English.
It can be used when discussing someone's skill or capacity to arrange or organize elements in a specific order.
Example: "The ability of sequencing is crucial for understanding complex processes in biology."
Alternatives: "skill in sequencing" or "capability of sequencing".
The ability of sequencing platforms to interrogate the whole transcriptional landscape provides new insights into the levels of transcriptional complexity in biological systems.
However, microbial genomes are difficult and time-consuming to characterize when they have no similarity to known sequences, so the ability of sequencing to identify novel genomes has limited practical benefit in a rapid diagnostic context.
While this has been a major issue with previous generations of sequencing technologies, with the ability of sequencing longer reads and fosmid technologies that allow insert lengths as large as 100kB, one can expect achieving complete connectivity in future.
Based on the ability of sequences near or within the msn locus to direct PlacZ transgene expression in lamellocytes, we initiated an analysis of this gene in search of its lamellocyte-active transcriptional enhancer.
1e) The ability of sequence tag data (as opposed to deeper sequencing) to serve as a metric for natural product biosynthetic diversity in general.
Furthermore, the ability of sequence models to make such predictions provides insights into the establishment and maintenance of epigenetic modifications in complex genomes.
Another influencing factor might be a difference in the ability of sequence-specific AS ODNs to suppress Bcl-2 and Bcl-xL expression.
The ability of sequences in the alignment to fold into the common predicted consensus structure, as measured by the structure conservation index [ 17].
We first used combined simulated reads from a set of several animal mitochondrial genomes to explore the ability of sequence assembly algorithms to separate and assemble sequences from a mixture of reads from different sources.
For each candidate miRNA sequence that had a perfect match in the soybean genome, we determined the ability of sequences in the surrounding region (at least 30 bp away and not farther than 500 bp on either side) to form a hairpin structure encompassing the miRNA sequence.
Counting error limits the ability of cDNA sequencing to accurately identify changes in mRNA levels for low abundance transcripts.
