The phrase "allows the sequencing of" is correct and usable in written English.
It can be used in contexts where you are discussing the capability or functionality of a system, process, or technology that enables the arrangement or ordering of elements, such as data or genetic material.
Example: "This software allows the sequencing of DNA samples, making it easier for researchers to analyze genetic information."
Alternatives: "facilitates the sequencing of" or "enables the sequencing of".
NGS sequencing has the advantage that it allows the sequencing of single molecule DNA sequences, meaning that the paternal and maternal alleles can be uniquely identified.
Illumina's Solexa sequencing is able to produce millions of paired-end sequences and this feature allows the sequencing of thousands of SRAP PCR reactions in one run.
Furthermore, samples were not multiplexed, which allows the sequencing of multiple samples in the same lane, to avoid biases that result from using different adapters for different samples.
The use of individually barcoded primers during amplification allows the sequencing of PCR products derived from hundreds of individuals in a single 454 experiment, even for dense gene complexes [ 28- 30].
The technology, which allows the sequencing of the entire transcriptome (RNA-Seq), could provide expression profiles of either coding or non-coding RNAs, making important contributions to genome annotation [ 44, 45].
Multiplexing is an increasingly popular approach that allows the sequencing of multiple samples in a single sequencing lane or reaction and consequently the reduction in sequencing costs per sample [ 27, 28].
Relative-age mapping of alluvial fans produces a map pattern of older and younger fan surfaces that allows the sequence of fan development to be inferred, in one case suggesting a scenario different from those previously described for fans.
Analysis of the lengths of DNA fragments generated in such reactions allows the sequence of As, Cs, Gs, and Ts to be "read".
Second and third generation sequencing techniques now allow the sequencing of thousands or millions of barcodes, or even entire genomes, in parallel and such high-throughput technologies are available to virtually every laboratory.
Recent advances in DNA technologies have allowed the sequencing of numerous parasitic species, ranging from viruses to multicellular organisms.
