From 7f0bdf4d829806ef5bbac1d77750ae75d98da434 Mon Sep 17 00:00:00 2001 From: js2264 Date: Thu, 19 Oct 2023 10:41:24 +0200 Subject: [PATCH] doc: add a section on general tools used for Hi-C --- principles.qmd | 55 ++++++++++++++++++++++++++++++++++++++++++++++++++ 1 file changed, 55 insertions(+) diff --git a/principles.qmd b/principles.qmd index 9d46f6a..70f0735 100644 --- a/principles.qmd +++ b/principles.qmd @@ -418,3 +418,58 @@ fs::dir_tree('HiCool/') All the files generated by a single `HiCool` pipeline execution contain the same 6-letter unique hash to make sure they are not overwritten if re-executing the same command. ::: +## Exploratory data analysis of processed Hi-C files + +Once Hi-C raw data has been transformed into a set of processed files, +exploratory data analysis is typically conducted following two main routes: + +- Data visualization; +- Data investigation. + +During the last decade, a number of softwares have been developed +to unlock **Hi-C data visualization and investigation**. Here we provide a non-exhaustive +list of notable tools developed throughout the recent years for downstream Hi-C analysis, +selected from [this longer list](https://github.com/mdozmorov/HiC_tools). + +* 2012-2015: + + - HiTC (2012) + - HiCCUPS (2014) + - HiCseg (2014) + - Fit-Hi-C (2014) + - HiC-Pro (2015) + - diffHic (2015) + - cooltools (2015) + - HiCUP (2015) + - HiCPlotter (2015) + - HiFive (2015) + +* 2016-2019: + + - CHiCAGO (2016) + - TADbit (2017) + - HiCRep (2017) + - HiC-DC (2017) + - GoTHIC (2017) + - HiCExplorer (2018) + - Boost-HiC (2018) + - HiCcompare (2018) + - HiPiler (2018) + - coolpuppy (2019) + +* 2020-present: + + - Serpentine (2020) + - CHESS (2020) + - DeepHiC (2020) + - Chromosight (2020) + - Mustache (2020) + - TADcompare (2020) + - POSSUM (2021) + - Calder (2021) + - HICDCPlus (2021) + - plotgardener (2021) + - GENOVA (2021) + +All references as well as many other softwares and references are available +[here](https://github.com/mdozmorov/HiC_tools).