---
- branch: MAIN
  date: Wed Jan 10 15:17:34 UTC 2024
  files:
  - new: '1.1'
    old: '0'
    path: pkgsrc/biology/py-macs3/DESCR
    pathrev: pkgsrc/biology/py-macs3/DESCR@1.1
    type: added
  - new: '1.1'
    old: '0'
    path: pkgsrc/biology/py-macs3/Makefile
    pathrev: pkgsrc/biology/py-macs3/Makefile@1.1
    type: added
  - new: '1.1'
    old: '0'
    path: pkgsrc/biology/py-macs3/PLIST
    pathrev: pkgsrc/biology/py-macs3/PLIST@1.1
    type: added
  - new: '1.1'
    old: '0'
    path: pkgsrc/biology/py-macs3/distinfo
    pathrev: pkgsrc/biology/py-macs3/distinfo@1.1
    type: added
  - new: '1.1'
    old: '0'
    path: pkgsrc/biology/py-macs3/patches/patch-MACS3_fermi-lite_ksw.c
    pathrev: pkgsrc/biology/py-macs3/patches/patch-MACS3_fermi-lite_ksw.c@1.1
    type: added
  id: 20240110T151734Z.36128103419ba0371122524936cadfa229f4d1e7
  log: |
    biology/py-macs3: Peak caller for TF binding sites

    MACS (Model-based Analysis of ChIP-Seq) is a tool for identifying
    transcription factor (TF) binding sites.   Such sites are generated
    by CHiP-Seq (CHromatin immuno-Precipitation sequencing) and ATAC-Seq
    (Assay for Transposase Accessible Chromatin Sequencing).  MACS
    identifies "peaks" in the genome sequence, which are areas enriched
    in bound TFs or accessible chromatin.
  module: pkgsrc
  subject: 'CVS commit: pkgsrc/biology/py-macs3'
  unixtime: '1704899854'
  user: bacon