Sentence examples for more robust assemblies from inspiring English sources

Finally, the authors believe that the use of inorganic and flux-free metallic alloys provide components with better thermally conductive and radiation resistant joints (required for space applications), and more robust assemblies, when compared with formally state of the art technologies based on adhesive means [10].

The de novo assembly from MIRA results in 33222 contigs, which were passed to CAP3 to get a more robust assembly, with a minimum sequence overlap length of 40 bases and an identity threshold of 90%.

We reasoned that one consequence of the aforementioned result could be that differential localization of the Gravin scaffold to the mother spindle pole favors more robust assembly of astral microtubules.

We found that the Celera Assembler was able to handle both 454 and hybrid assemblies better and resulted in more robust, accurate assemblies than any of the other programs used.

For transcriptome data, the quality of the underlying reads are critical to successful transcript assembly and imposition of high-quality thresholds on the sequence reads would permit more robust transcript assemblies.

To generate a more robust genome assembly from P. ovalis-like SAGs, we produced additional sequence data from cells 1 and 2 using an Illumina GAIIx instrument (see Methods).

The fluorocarbon vector, bola-F10-G2, demonstrongersiRNAger siRNA binding than the hydrocarbon analogue bola-C18-G2 with no siRNA release until S/P = 30, again presumably due to the more robust self-assembly induced by the fluorocarbon core.

Sequence alignment is much more robust than de novo assembly and is not subject to assembly artefacts.

This material makes the assemblies more robust, permitting several hundreds of analyses in a sequence, which is one of the ways to improve the robustness and sample throughput of automated SPME methods.

The peripherally thickened port cover that is more robust in machining and assembly process is recommended.

In addition, an approach that makes use of more than one assembler and then compares the resultant assemblies by looking for shared and therefore potentially more robust contig calls derives an assembly of high confidence in the absence of a reference genome [ 23].