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    • SeekDeep

      Public
      Bioinformatic Tools for analyzing targeted amplicon sequencing developed by Nicholas Hathaway of Bailey Lab
      C++
      GNU Lesser General Public License v3.0
      51370Updated Dec 18, 2024Dec 18, 2024
    • MIPTools

      Public
      A suite of computational tools used for molecular inversion probe design, data processing, and analysis.
      Jupyter Notebook
      MIT License
      96123Updated Dec 17, 2024Dec 17, 2024
    • a basic workflow for running seekdeep pipelines in snakemake
      Python
      0110Updated Dec 9, 2024Dec 9, 2024
    • a snakemake repo for mapping regional mutations in R
      R
      0000Updated Dec 3, 2024Dec 3, 2024
    • growing set of utility scrips supporting lab work in the bailey lab
      Python
      0000Updated Nov 20, 2024Nov 20, 2024
    • Bioinformatics tools to analyze molecular inversion probe (MIP) sequencing results
      C++
      GNU General Public License v3.0
      1100Updated Nov 12, 2024Nov 12, 2024
    • miplicorn

      Public
      A unified framework for molecular inversion probe and amplicon analysis. Provides the tools to parse, manipulate, analyze, and visualize data.
      R
      Other
      2352Updated Nov 4, 2024Nov 4, 2024
    • Python
      0000Updated Nov 1, 2024Nov 1, 2024
    • these are scripts used to analyze pfsmarrt amplicon performance on control datasets and 100 samples from dschang_cameroon
      Python
      0000Updated Oct 2, 2024Oct 2, 2024
    • merges probe sets of several project resources to create a new project_resources directory
      Python
      0010Updated Sep 28, 2024Sep 28, 2024
    • Python
      0000Updated Sep 24, 2024Sep 24, 2024
    • Analyzes seekdeep data for read counts of individual samples
      Python
      0100Updated Sep 7, 2024Sep 7, 2024
    • a basic workflow for running seekdeep on nanopore
      Python
      0110Updated Aug 5, 2024Aug 5, 2024
    • Repo_Template

      Public template
      A template for organizing and performing analysis (adapted from https://github.com/PhanstielLab/project-template).
      R
      MIT License
      0000Updated Aug 1, 2024Aug 1, 2024
    • selmar

      Public
      Analysis of selection coefficients for antimalarial resistance
      R
      Other
      0000Updated Jun 7, 2024Jun 7, 2024
    • coatswga

      Public
      Python
      GNU General Public License v3.0
      0000Updated Jun 7, 2024Jun 7, 2024
    • Shell
      0000Updated May 2, 2024May 2, 2024
    • EBV-SWGA

      Public
      Python
      0000Updated Apr 28, 2024Apr 28, 2024
    • C++ library with an aligner to test different compiler speeds with different optimizations
      C++
      GNU General Public License v2.0
      1000Updated Apr 21, 2024Apr 21, 2024
    • NanoMAMP Pipes is a free-to-use one-step automated pipeline designed for comprehensive analysis of molecular inversion probe and amplicon sequencing data from Nanopore platforms.
      Shell
      0000Updated Mar 24, 2024Mar 24, 2024
    • miplithon

      Public
      for messing around with python/snakemake implementations of miplicorn types of functions
      Python
      0000Updated Jan 20, 2024Jan 20, 2024
    • maps the arms of a mip panel to a genome
      Python
      0000Updated Jan 17, 2024Jan 17, 2024
    • this is a wrapper for Jeff's program that merges samplesheets. Written to allow an easy record of settings used to produce each merged sample sheet.
      Python
      0000Updated Dec 20, 2023Dec 20, 2023
    • This is a snakemake pipeline to run miptools analysis without jupyter. It's based off of Ozkan's analysis_template_with_qual.ipynb
      Python
      0000Updated Dec 1, 2023Dec 1, 2023
    • Python
      0000Updated Oct 31, 2023Oct 31, 2023
    • runs individual samples through miptools wrangler as independent job submissions before final population-wide analysis
      Python
      GNU General Public License v3.0
      0010Updated Oct 26, 2023Oct 26, 2023
    • automates the process of demultiplexing illumina runs
      Python
      0000Updated Sep 27, 2023Sep 27, 2023
    • when demultiplexing fails, we need the ability to figure out which sample barcodes were present and in what abundances. This allows us to figure out if the 'wrong' barcodes were applied to the samples or if the barcoding failed.
      Python
      0000Updated Aug 31, 2023Aug 31, 2023
    • this is a re-implementation of the miptools wrangler singularity app, but with Nick's component C++ programs split out into separate rules for benchmarking
      Python
      0000Updated Aug 24, 2023Aug 24, 2023
    • snakemake pipeline for comparing observed extracted seekdeep reads against expected reads as judged by bwa
      Python
      0000Updated Jun 7, 2023Jun 7, 2023