For the manuscript, we improved the assembly of all CoV/nido from novel taxa. But those improved assemblies have not made it over to lovelywater.
Example using AmexNV:
aws s3 cp s3://lovelywater/assembly/cov/SRR6788790.cov.fa .
This only has the "R contig".
Anton pointed out that the improved genomes are here:
https://serratus-public.s3.amazonaws.com/ak/epsy/epsy.tar.bz2
If you look in the right cluster, you can check out the contigs for SRR6788790:
`OTU-SRR8244388/Epsy$ egrep "^>" SRR6788790.epsy.fa
NODE_3_length_19124_cov_65.568632
NODE_11_length_12596_cov_95.354468`
For consistency with the manuscript, we should push these improved genomes to lovelywater. Also, this will require rerunning DARTH on these updated assemblies.
For the manuscript, we improved the assembly of all CoV/nido from novel taxa. But those improved assemblies have not made it over to
lovelywater.Example using AmexNV:
aws s3 cp s3://lovelywater/assembly/cov/SRR6788790.cov.fa .This only has the "R contig".
Anton pointed out that the improved genomes are here:
https://serratus-public.s3.amazonaws.com/ak/epsy/epsy.tar.bz2If you look in the right cluster, you can check out the contigs for
SRR6788790:`OTU-SRR8244388/Epsy$ egrep "^>" SRR6788790.epsy.fa
For consistency with the manuscript, we should push these improved genomes to
lovelywater. Also, this will require rerunningDARTHon these updated assemblies.