项目作者: rosscm

项目描述 :
:flashlight: Interactive R Shiny web application built with the {golem} framework to view multi-screen genetic interaction data
高级语言: R
项目地址: git://github.com/rosscm/multiGIviewer.git
创建时间: 2021-04-04T06:51:17Z
项目社区:https://github.com/rosscm/multiGIviewer

开源协议:Other

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multiGIviewer

An interactive R {shiny} web application built with the {golem}
framework to view multi-screen genetic interaction data

Contents

Usage

Watch this short demo on how to use multiGIviewer to view replicated
genetic interactions (qGI scores) across two or more CRISPR screens of
interest.

Inputs

Parameters Values Properties
Dataset GIN_20210406, GIN_20210107, GIN_20201129, CHEM_20210218, CHEM_20210218_GIN_20210406 qGI scores for 280 (GIN_20210406), 257 (GIN_20210107), 247 (GIN_20201129), 68 (CHEM_20210218), 348 (CHEM_20210218) & (GIN_20210406) screens [required; default GIN_20210406]
Screens screens IDs list of all screens in selected dataset; two or more screens need to be selected to view replicated interactions [required]
Media conditions(s) min, rich, pyro and/or DMSO media type used to define wildtype single mutant fitness; more than one can be selected if screens were done in different media types [required]
FDR threshold value from 0 to 1 threshold to define significant genetic interactions; interactions must pass threshold in at least two screens to be shown [required; default 0.2]
Positive colour HEX colour codes colour to fill darkest positive points [optional; default #FAE057]
Negative colour HEX colour codes colour to fill darkest negative points [optional; default #61C2FA]
Plot labels gene symbols comma separated (character sensitive) list of genes to label on plot [optional; default top ten positive and negative interactions]
Label type Text or Padded box method to draw plot labels; padded box wraps text in a white box to better visualize labels [optional; default Text]
Reference line(s) y=x, x=0 and/or y=0 selection of reference lines to draw on plot [optional]

Outputs

Plot

Elements Properties
Fitness HAP1 wildtype [LFC] (x-axis) corresponds to mean_wtLFC column
Fitness HAP1 knockout [LFC] (y-axis) corresponds to mean_koLFC column
Genetic interaction in n screens (fill) corresponds to n_sig column
Mean qGI score (size) corresponds to mean_qGI column

Table

Columns Properties
gene gene interaction
mean_qGI mean qGI score of interaction across selected screens
min_FDR minimum qGI FDR value of interaction across selected screens
mean_wtLFC mean wildtype dropout effect (log2-foldchange) across selected media condition(s)
mean_koLFC mean knockout dropout effect (log2-foldchange) across selected screens
n_sig number of times positive or negative interaction is significant across selected screens
screen_sig list of screens where interaction is significant