Jumbo Phage Bacterial Host genomes

The MAGs of two bacterial hosts of jumbo phages elucidated through CRISPR spacer matching. These were binned from metagenomic data using Metabat2. </p

RNA virus RdRp tree, alignments, and raw seqs

Brine pool RNA viruses were recovered using RdRp-scan pipeline and these sequences in their database were also used for the alignment. </p

Polinton, PLV, and virophage capsid tree, alignment and proteins

MCP sequences for Polinton, PLV, and virophage tree along with alignment with reference sequences used in the paper. </p

Phage Protein Annotations

1) AMG mapping: Auxilliary metabolic genes pulled out and predicted by VIBRANT and then reads were mapped.2) Gene_Mapping_annotated_total.csv: Annotations for all phage genes and read mapping values associated with them. </p

MCP Phylogeny

MCP phylogeny for our sequences found as well as reference sequences. The total_mcp.faa file has all the sequences used to build the tree and the nwk file is the tree. </p

Phage Genomes

Dereplicated phage genomes recovered from all three sites using the ViWrap pipeline. Accompanying CSV shows statistics about abundance and activity as well as taxonomy.</p

TerL Phylogeny

Phylogeny of Terminase Large Subunit of bacteriophages. All seqences used in the tree, as well as treefile and information about the genomes used is present.</p

NCLDV MCP Tree, alignment and raw sequences

This dataset contains all recovered MCP sequences (>150aa) from the brine pool metagenome as well as a trimmed alignment and treefile (made with IQTREE). </p

Prokaryotic Virus Protein Annotations

Protein annotations for Prokaryotic viruses (including jumbo phages) using VIBRANT to identify AMGs.</p

R Code for Figures and analysis

R code used for analysis of the viral data and for the creation of figures from the paper.</p