The phrase "accurate assembly" is correct and usable in written English.
It can be used when referring to the precise and correct putting together of components or parts, often in a technical or manufacturing context.
Example: "The success of the project depended on the accurate assembly of the machinery to ensure optimal performance."
Alternatives: "precise assembly" or "correct assembly".
Our results showed that no transcriptome assembler in either de novo assembly category or reference-based category is the best choice for transcriptome assembly and integrating assemblers from both the categories can offer more accurate assembly.
The intelligent robot can perform highly accurate assembly jobs, picking up a workpiece from randomly piled workpieces on a tray, assembling it with fitting precision of 10 μm or less clearance with its force sensors, and high-speed resistant spot arc welding in automotive welding and painting.
In summary, the TGICL assembly described in this paper only represents a generic, non-discriminatory clustering approach for the entire dataset, and re-assembling for the original ESTs might be necessary to produce the most accurate assembly for a given gene or a set of related genes.
(For easy accurate assembly, download a copy of our Word template here).
These results indicated the suitability of mRNA-seq for extensive and accurate assembly of the C. cladosporioides MD2 transcriptome.
Moreover, an accurate assembly of the fluidic channel part and the pumping actuation part is necessary, making the device fabrication more complicated.
Repeatable and accurate assembly of thin, foil optics is crucial to meeting performance goals in optical systems such as grazing-incidence X-ray telescopes and diffractive lithography tools.
The long march allows read overlaps to be biased toward lengths sufficient for accurate assembly but also conservative enough to promote contig growth.
Informed choice of restriction enzyme allows adjustment of the procedure's step size to facilitate accurate assembly of a predicted number of unique sequences.
The structural details of NTD suggest that the linker region between NTD and C-terminal helicase domain plays a vital role in accurate assembly of NTD dimers.
Selection could drive convergence of terminal amino acid sequences within species if similarity in these regions is necessary for accurate assembly of the two fibroins into a single fiber.
