Information on large-scale sequencing by NGS and sequencing by conventional capillary sequencer.
Data analysis of NGS can be executed with GenomeTraveler.
Capillary sequencing Data analysis can be performed with IMC.
The lead sequences from the sequencer are linked to each other using homology to generate a consensus sequence.
There are large lead assembly from NGS and assembly from capillary sequencer.
Assembly of NGS leads can be done in GenomeTraveler.
The lead assembly from the capillary sequencer can be executed with the IMC tool in silico Assembler.
Nanopore related assemblies can be launched from GenomeTraveler.
It is a function to assemble the reads from the next generation sequencer (NGS).
Velvet and OASES are implemented.
This function is implemented on the following edition.
Assemble Reads from Nanopore Seqeuncer.
canu and miniasm are implemented.
This function can be executed with the following edition.
Assembly function of Read from capillary sequencer.
This function is implemented in the following edition.
IMCGE, IMCAE, IMCDS, GenomeTraveler
We will control the quality of the lead from the sequencer.
We will trim out areas that are not accurate, eliminate leads that are totally inaccurate, and improve assembly accuracy.
Finishing function which is the final phase of genome sequencing is explained.