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Releases: NorthblueM/pLink3-HD
Releases · NorthblueM/pLink3-HD
Release list
pLink3-HD Version 3.1.8
3.1.8 - 2026-09-17
New Features
- Added FDR control at the residue-pair-group (
Residue Pairs (Group)) and protein-protein-interaction-group (PPIs (Group)) levels, analogous to protein grouping in conventional proteomic identification. - At the residue-pair-group and PPI-group FDR levels, ambiguous results can now be reported, including cases where peptide-to-protein mapping is non-unique, i.e., where a peptide sequence is shared by multiple proteins. In contrast, the existing unique-residue-pair (
Residue Pairs (Unique)) and unique-PPI (PPIs (Unique)) FDR control options are retained and continue to report only results for which peptides can be uniquely mapped to proteins.
New license self-service
pLink3 Zoom Version 3.1.4 (for Reviewers)
3.1.4 for Reviewers - 2026-03-05
New Features
- When
RAW(Astral)(FAIMS)is selected for theMS Data Format, the generated.plinkparameter file automatically includes search hyperparameters optimized for Astral. - Reviewers can use the software anonymously (no registration license information required).
pLink3 Zoom version 3.1.4
3.1.4 preview - 2025-12-18
New Features
-
High-performance support for data from the Thermo Scientific Orbitrap Astral and Orbitrap Astral Zoom mass spectrometers.
- In particular, searching Astral Zoom data is 17.2–70.9× faster than pLink 3.0.
-
High-performance support for searching ultra–large-scale datasets.
- Successfully tested on a single processing that searched nearly 400 RAW files, totaling over 100 million spectra.
- Search completed within 3 days (avg. 9.3 min per RAW file). Database: ~6k proteins. CPUs: used 48 logical processors.
- Server configuration: 512 GB RAM and dual Intel® Xeon® Gold 6254 CPUs (2 × 18 cores; 72 logical processors total).
- Combined FDR filtering stage time is over 4× faster compared to pLink 3.0.
- Successfully tested on a single processing that searched nearly 400 RAW files, totaling over 100 million spectra.
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Supports for searching extremely large RAW files (a single file up to ~40 GB, extracting >3 million spectra).
Other Improvements and Fixes
- Additional optimizations and known bug fixes have been implemented.