ipg

Install, run, debug, cite, and extend the sanjaysgk/ipg nf-core pipeline.

Updated Apr 9, 2026
One-click install
npx skills add https://github.com/sanjaysgk/ipg-docs --skill ipg
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ipg
Source: https://github.com/sanjaysgk/ipg-docs/tree/main
Command: npx skills add https://github.com/sanjaysgk/ipg-docs --skill ipg

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The ipg skill helps AI agents interact with the IPG documentation site to install, run, debug, cite, and extend the sanjaysgk/ipg nf-core pipeline.

Core Features & Use Cases

  • Install Nextflow and a container engine and pull the IPG pipeline for quick starts.
  • Look up parameters, channels, and outputs across the six nf-core subworkflows to plan runs and troubleshoot issues.
  • Cite the founding Scull et al. paper and manage per-tool attributions to ensure reproducibility in proteogenomics workflows.
  • Extend the pipeline with new subworkflows or variants and document any changes within the IPG docs.

Quick Start

Start with Get started → Quickstart to run a test profile and view the cryptic FASTA output.

Frequently Asked Questions about ipg

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I install and run the nf-core IPG pipeline for cryptic peptides?

To run the IPG pipeline, install Nextflow and a container engine, then pull the sanjaysgk/ipg nf-core pipeline. You can validate the setup by running a test profile to view the cryptic FASTA output.

What parameters and outputs are available in the immunopeptidogenomics subworkflows?

The immunopeptidogenomics pipeline includes six nf-core subworkflows. You can look up specific parameters, channels, and output deliverables across these subworkflows to plan runs and troubleshoot processing issues.

How do I cite the IPG proteogenomics workflow for reproducible research?

Cite the foundational Scull et al. paper for the IPG workflow and manage per-tool attributions. Proper citation of the kescull tools and pipeline ensures reproducibility in proteogenomics workflows.

Can I extend the nf-core immunopeptidogenomics pipeline with new subworkflows?

Yes, you can extend the IPG pipeline by adding new subworkflows or variants. Any modifications should be documented within the IPG docs to maintain accurate pipeline records.

Do I need Nextflow and a container engine to run the IPG pipeline?

Yes, Nextflow and a container engine are required prerequisites for the IPG pipeline. They allow you to pull the pipeline and execute the nf-core subworkflows for cryptic peptide identification.

Where can I find the cryptic FASTA deliverable in the IPG pipeline outputs?

The cryptic FASTA output is generated after executing the IPG pipeline subworkflows. You can locate this deliverable by running the test profile provided in the quick start documentation.