pacsomatic

Tumor-normal somatic variant calling on an HPC cluster requires orchestrating Nextflow pipelines with valid matched BAM inputs. This skill automates samplesheet generation, artifact preparation, and scheduler-based job submission across diverse environments like Slurm, LSF, PBS, and SGE.

Yes, you need Nextflow to execute nf-core/pacsomatic pipelines, along with Python and valid container runtimes. These dependencies are required to validate inputs and ensure reproducible genomic somatic variant calling across local or HPC environments.

You can submit Nextflow genomic workflows to Slurm, LSF, PBS, and SGE schedulers. This skill manages scheduler-based job submission with correct resource allocations for matched tumor-normal BAM analysis across diverse HPC environments.

The best way to prepare samplesheets for tumor-normal BAM analysis is through automated workflow orchestration. This skill validates inputs and automatically generates compliant samplesheets to ensure reproducible genomic variant calling.

A limitation of matched tumor-normal analysis with this skill is the strict requirement for valid BAM inputs. It also requires Nextflow, Python, and container runtimes to ensure reproducible genomic variant calling, meaning raw FASTQ data must be aligned first.

Somatic variant calling workflows often fail on the cluster due to non-compliant samplesheets or missing dependencies. This skill validates BAM inputs, generates compliant samplesheets, and ensures correct resource allocations across HPC schedulers.