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Extract and deconvolve individual fragmentation spectra from composite mass spectrometry data for metabolomics and exposomics annotation.
This skill enables an agent to separate composite fragmentation spectra into individual constituent spectra. It is critical for resolving co-eluting ions in untargeted metabolomics or exposomics studies, transforming raw mass spectrometry data into a format suitable for chemical structure annotation.
Use this skill when processing raw or peak-detected mass spectrometry data (mzXML, mzML, or netCDF) where MS1 precursor m/z and retention time information is available. It is specifically designed for acquisition methods such as MS1-only CSA, DDA, or DIA variants like MS^E, AIF, and SWATH-MS.
Scientific AI agents with access to R environments and the ability to execute R packages (e.g., agents capable of running shell commands in a scientific computing environment).
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GitHub Actions Workflow Inspector
Verify and locally reproduce GitHub Actions CI workflows to validate badge status and build integrity.
Injection Sequence Annotation
Identifies and validates QCpool sample spacing in Sciex Multiquant metabolomics/lipidomics exports.
PyTorch Pretrained Weight Loader
Load pretrained PyTorch model checkpoints to rank candidate molecules or score spectra in metabolomics without retraining.
Positional Encoding for Spectral Sequences
Embeds sequential information into mass spectrum m/z-intensity pairs for transformer-based MS/MS interpretation in IDSL_MINT.
Record Field Transformation & Collation
Transform and collate tabular records into structured JSON dictionaries using field mapping, filtering, and grouping for scientific metadata.