Genomic contigs were generated and assembled by using the Newbler assembler software (Roche Diagnostics, Basel, Switzerland).
Genomic contigs were generated and assembled by using the Newbler assembler software (Additional file 2: Table S3).
Pryosequencing reads representing 130 Mb of data (ca. 20.4× coverage) were assembled by using the Newbler assembler version 1.1.03.24 (Roche) into 1276 contigs with an N50 contig size of 8455 bp.
The nucleotide (nt) sequences of ha, tk, and vgf were assembled by using the CAP3 Sequence Assembling Program (10 ) and deposited in GenBank under accession numbers DQ070848, DQ085461, and DQ085462, respectively.
In this study, the inverse receptance coupling method is utilized to obtain a joint׳s FRFs by using the FRFs of the assembled structure and substructures.
The sequence reads were assembled by using the Edena de novo short-reads assembler (Genomic Research Laboratory, Geneva, Switzerland).
The shotgun sequences were assembled by using the GS de novo assembler.
Secondly, by using the EMIRGE package, we assembled probabilistic consensus sequences for new 16S rDNA genes (16S_Merge), resulting in between a 2- and 4-fold increase in the number of reads identified as coming from 16S rDNA genes and roughly a 3-fold increase in the number of OTUs seen (Table 1).
Hai7124, about 800 Gb of high-quality sequence (>330× genome coverage) generated from a series of PCR-free libraries, mate-paired libraries and a 10x Genomics library (Supplementary Table 1) was assembled by using the DeNovoMAGIC3 software package (NRGene), which has been used extensively to assemble the complex wheat (Triticum spp .11,12,13,14, opium15 and maize16 genomes.
