The total assembly size of the genome of S. scitamineum is 19.8 Mb which was assembled into 321 contigs and 58 scaffolds (Table 1).
The total assembly size of the W. ichthyophaga genome is 9.6 Mb, and it is assembled into 101 contigs and 82 scaffolds (Table 1).
Total assembly lengths were approximately 7.7 7.8 million base pairs for individual species (Supplemental Table S1).
The total assembly size was 2.30 Gb, with the longest scaffold 41.92 Mb in length.
a d, Tukey boxplots of total assembly size, maximum and average contig lengths, and gene counts for single and co-assemblies (sample sizes in Supplementary Table 1).
This allowed for most (83%) of the total assembly length to be placed into pseudomolecules using the four available Capsicum linkage maps.
This study focuses on the scheduling optimization for PCB production, that is, on maximizing throughput and minimizing total assembly time and head moving distance.
A total of 2.67 Gb was anchored to the 12 chromosomes along with 541 Mb of unplaced sequence for a total assembly of 3.21 Gb designated as UCD10X version 1.0 (available as NCBI bioproject PRJNA376668).
The total assembly sizes were 1,211 and 1,512 Mb for A. duranensis and A. ipaensis, respectively, of which 1,081 and 1,371 Mb were represented in scaffolds of 10 kb or greater in size (Supplementary Table 7).
The pseudohap1 assembly, hereby referred to as the assembly, contained 83,391 scaffold sequences with an N50 of 3.69 Mb for a total assembly size of 3.21 Gb (Supplemental File 2).
An improved Taguchi method is applied to determine the optimal tolerances for individual components so that the total assembly cost is minimized while satisfying the accuracy requirements of the mechanism.
