Skip to content

mohimanilab/seq2ripp

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

15 Commits
 
 
 
 

Repository files navigation

HypoRiPPAtlas Server

Introduction

The HypoRiPPAtlas server currently includes hypothetical RiPPs from 17,806 complete RefSeq microbial genomes and 77 plant transcriptomes. Users can browse and download hypothetical BGCs, ORFs, cores, and mature RiPP structure data for any of these genomes. Additionally, the HypoRiPPAtlas server allows users to upload their own genomic and mass spectrometry data for processing.

Running seq2ripp on your own data

The seq2ripp pipeline requires paired genomic and mass spectrometry data. First, you will need to create a user account.

create a user account

Next, you can navigate to your custom data runs section as show below.

nav to custom page

This will bring you to a page with two sections. First, there is a table with all of your custom runs up to now, it should begin empty. Second, there is a form to create a new custom run.

custom page

To create a new run of seq2ripp

  1. Assign a name to your run
  2. A FASTA of your complete genome
  3. A MGF, mzXML, or mzML of your paired mass spectral data
  4. Press "Submit"

filled form

After submission you will be redirected to the page for your custom run. Do not navigate away from this page while it's loading, it will need to upload your data files to our server. After a moment you will be redirected to the page for your custom run.

running task

This page will refresh automatically every few seconds. You can feel free to come back to the same URL later, since the custom run URLs are stable.

Viewing seq2ripp results

The HypoRiPPAtlas is available at https://hyporippatlas.npanalysis.org. It is displayed as a table of the genomes that have been incorporated into the atlas.

atlas landing

Clicking on any row in this table will redirect you to the results for that run. Each entry in the HypoRiPPAtlas is assigned a unique UUID which determines the stable URL. For example, Mycobacterium avium has an ID of a544d448-5b6b-4728-9615-527d04688a78 and can be found at https://hyporippatlas.npanalysis.org/#/atlas/a544d448-5b6b-4728-9615-527d04688a78.

results page

The results consist of four tables: theoretical BGCs, theoretical RiPP ORFs, theoretical RiPP cores, and theoretical RiPPs. Results can be downloaded in JSON or CSV format for any of these tables. For BGCs, ORFs, and cores results can also be downloaded as a FASTA file.

download

For custom runs the only difference in the results is that the RiPPs table includes the Dereplicator+ molecule-spectrum matching score between the theoretical RiPP and the best explaining spectrum. This column will be included in JSON and CSV downloads.

Contributing to the atlas

By default custom runs are completely private to you. If you would like to contribute runs of seq2ripp on your own data to the public atlas you can use the publish button on the completed task page.

publish

After clicking the blue "Publish" button you must provide a public name for your genome and your own name so that you can be credited as a contributor.

Reporting Errors

If you run into any error messages or are confused about any aspect of using https://hyporippatlas.npanalysis.org please contact mguler@andrew.cmu.edu.

About

Predict RiPP structures from genome sequence

Resources

Stars

Watchers

Forks

Packages

 
 
 

Contributors