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Workflows available

Assembly_Fetch

Augur

BaseSpace_Fetch

Cauris_CladeTyper

Concatenate_Column_Content

Core_Gene_SNP

CZGenEpi_Prep

Find_Shared_Variants

Freyja Wastewater Analysis Series

GAMBIT_Query

Kraken2

kSNP3

Lyve_SET

MashTree_FASTA

Mercury_Prep_N_Batch

Pangolin Update

RASUSA

Rename_FASTQ

Snippy_Streamline

Snippy_Tree

Snippy_Variants

SRA_Fetch

TBProfiler_tNGS

Terra_2_GISAID

Terra_2_NCBI

TheiaCoV Workflow Series

TheiaEuk Workflow Series

TheiaMeta Workflow Series

TheiaProk Workflow Series

TheiaValidate

Transfer_Column_Content

Usher_PHB

VADR_Update

Zip_Column_Content

Guide to Phylogenetics

Overview

The GAMBIT_Query_PHB workflow performs taxon assignment of a genome assembly using the GAMBIT task.

Inputs

Two inputs are required for the GAMBIT_Query_PHB workflow: a genome assembly and a sample name associated with the genome assembly. The default GAMBIT database used for taxonomic identification is version 1.3.0, but alternate GAMBIT databases can be provided

Terra Inputs

GAMBIT Task

[G](<https://github.com/jlumpe/gambit>)AMBIT determines the taxon of the genome assembly using a k-mer based approach to match the assembly sequence to the closest complete genome in a database, thereby predicting its identity. Sometimes, GAMBIT can confidently designate the organism to the species level. Other times, it is more conservative and assigns it to a higher taxonomic rank.

For additional details regarding the GAMBIT tool and a list of available GAMBIT databases for analysis, please consult the GAMBIT Public Documentation.

Outputs

The primary output of the GAMBIT_Query_PHB workflow is gambit_predicted_taxon, which is the taxonomic assignment predicted by GAMBIT. The gambit_closest_genomes file indicates the 10 genomes in the GAMBIT database that were most genetically similar to the query genome.

Terra Outputs

References

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