next.pathogen.watch docs
  • Welcome to Pathogenwatch
  • News & Release Notes
    • Announcements
    • Release Notes 2025
    • Release Notes 2024
    • Release Notes 2023
    • Release Notes 2022
    • Release Notes 2019-2021
  • Getting Started
    • Sign in
    • A Brief Tour of Pathogenwatch
    • Interactive Collection View tutorial
    • Useful Links
  • How to use Pathogenwatch
    • Using the documentation
    • Using The Interactive Collection View
      • The Interactive Collection View
      • The Map Panel
      • The Tree Panel
        • Tree Panel
        • Generating a new tree
      • Data Tables
      • The Timeline Panel
      • Context search panel
      • Legend, Labels, and Colours
      • Searching genomes in a collection
      • Creating sub-collections
    • Genome Uploads & Folders
    • Browsing & Searching Genomes
    • Browsing Collections
    • Creating & Sharing Collections
    • Genome Reports
    • Deleting items
    • SARS-CoV-2 Tutorial
    • Tips and Tricks
  • Technical Descriptions of Analysis Tools
    • Genome Assembly
      • Short Read Assembly
      • Assembling genomes with EToKi
    • Plasmid Annotation
      • Inctyper
    • Assigning species with Speciator
    • Trees, Clustering, and Context Search
      • Core Genome Tree
        • About SNP-based trees
        • Core Assignment
        • Core Filter
        • Reference Assignment
        • Tree Construction
      • cgMLST Clustering & Context Searching
      • SARS-CoV-2 Genome Tree
      • cgMLST Tree
    • Lineage Assignment & Genotyping Methods
      • Genotyphi
      • Kleborate
      • cgMLST
      • Klebsiella LIN Codes
      • MLST
      • NG-MAST
      • Pangolin
      • PopPUNK
      • Vista
      • Finding HierCC codes with hclink
      • SARS-CoV-2 Notable Mutations
    • Serotyping
      • Kaptive
      • SeroBA
      • SISTR
      • ECTyper
    • Antimicrobial Resistance Prediction
      • Pathogenwatch AMR
      • Kleborate AMR
      • SPN-PBP-AMR
      • Resfinder
    • Virulence
      • STECFinder
      • VirulenceFinder
      • BIGSdb schemes
  • WHO bacterial priority pathogens
  • Initiatives powered by Pathogenwatch
    • PATH-SAFE
      • PATH-SAFE Sign in
      • What is the PATH-SAFE Programme?
      • PATH-SAFE powered by Pathogenwatch
      • Two-tool Serotyping with SISTR & SeqSero2
      • S. enterica SNP tree
      • PATH-SAFE analyses
  • How to cite
  • Acknowledgements
  • Privacy and Terms Of Service
  • FAQ
  • Report an Issue
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  • Genome Reports
  • Core genome-based neighbourhood searches
  1. How to use Pathogenwatch

Genome Reports

Detailed reports on individual genomes.

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Last updated 5 months ago

Genome Reports

Each genome has a detailed report associated with it, comprising its metadata and analysis outputs. The information in the report match the data in the Data Tables, with extra details added. The report can be accessed by clicking on the genome's name (leftmost column, purple) in the Data Tables.

The report includes detailed results for each tool run by Pathogenwatch, e.g. MLST or Genotyphi, along with metadata and assembly metrics such as N50. The version of each tool is also tagged, and a link to the original FASTA provided at the top. Most of the information in the report is also shown in the Data Tables.

To better understand the data included in the Genome Report, refer to the relevant pages.

The Genome Report can be downloaded by clicking the download icon in the top left of the screen when the report is in view.

Core genome-based neighbourhood searches

For species where a cgMLST scheme exists, the cgMLST-based clusters can be accessed from within the genome report. In these cases, a "Core Genome Clustering" section will appear in the report. When you scroll to the clustering section, the genome's cluster is loaded from the server. The Re-cluster button re-runs the clustering container to update the clustering cache document, searching for near-neighbours within both yours and any public genomes, and creating a set of single-linkage clusters according to the specified cgMLST allele similarity threshold. The "View Cluster" button links to the "Cluster Viewer" page.

Pressing the "Cluster Now" button will search for near-neighbours within both yours and any public genomes, and create a set of single-linkage clusters according to the specified cgMLST allele similarity threshold. For details see the . Clicking the link next to a cluster will allow you to view the cluster as a .

cgMLST-Clusters description
Collection View
Analysis Tools
Example pages of a Genome Report
Download Genome Report as PDF