After sequencing and assembling, we obtained three de novo assembled transcriptome database with three different assembly methods.
The individual virus genomes were readily assembled by both de novo and template-assisted assembly methods.
Thus, the performance of transcriptome assembly methods was evaluated by the total number of assembled transcripts matching UCSC annotations.
Here we assembled the t7 dataset (16 Mbp of Sanger sequence) using two assembly methods (Table S1) and a consensus was built using overlapping contigs from each assembly.
Active assembly methods have been proposed much in recent years.
Passive assembly methods have been studied since the 1980s.
The assembly process of Ni-Si NWs is similar to the previous assembly methods [18].
These self-assembly and enzymatic assembly methods also provide mechanisms for construction over a hierarchy of length scales.
Even though many active assembly methods have been proposed, the methods that are used actually are few.
The chamber assembly methods have been optimized for mass production, minimizing construction time and personnel.
