Experiment 'ChIP-seq Example Experiment'

Permalink: http://www.geneprof.org/GeneProf/show?id=gpXP_000120
Name: ChIP-seq Example Experiment
SRA Project ID: N/A
Experiment Type: Primary. This experiment presents primary research data. The analysis in this experiment is the data creators' original work.
Tags: ChIP-seq example
Description: This is an example experiment demonstrating the use of the ChIP-seq analysis wizard to quickly create and run an analysis pipeline that parses sequence reads from FASTQ formatted files, performs a quality control step, aligns the quality-controlled reads to the genome and looks for genomic regions with enriched binding for ChIP'ed protein.
Platform(s): Illumina Genome Analyzer
Citation(s): N/A
External URL(s):
ChIP-seq Analysis Tutorial: http://www.geneprof.org/GeneProf/help_tutorials.jsp#tutorial:DiscoveringTranscriptionFactorBindingSites(ChIP-seq)
Reference Dataset(s):
Owner: Status: PUBLIC
Date Created: Last Modified:

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Input Data

ID (click for details) Name Source
Ensembl 58 Mouse Genes, NCBIM37 Assembly Import from Public Repository
A Upload
B Upload
Control Upload

Sample Groups and Experimental Factors

Associated Input(s) Gene Label Organism Platform Sample Group
Dem1 A Mus musculus Illumina Genome Analyzer A
Edem1 B Mus musculus Illumina Genome Analyzer B
Control Mus musculus Illumina Genome Analyzer Control

Main Experimental Results

This is a selection of main results from the data analysis in this experiment. All intermediate results and more data are available from the workflow designer.
  • Sequence Data Statistics after Quality Control
  • Read Alignment Statistics
  • DNA-Protein Binding Peaks
  • TFBS Statistics
  • Regulated Genes
  • TFAS
  • Regulated Genes (narrow window)
  • Sequence Data Statistics before Quality Control

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Analysis Workflow

This is a simplified schematic representation of the analysis workflow used in this experiment. For more details use the fully-featured workflow designer.
Colours represent types of data (sequences, genomic regions, features, references and files.
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