Peter Li's Workflows

Construction of skeleton SBML model using ... (1)

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This workflow generates a skeleton SBML model consisting of the metabolic reactions for a given list of yeast enzymes ORF numbers

Created: 2010-03-26 | Last updated: 2010-03-26

Credits: Peter Li

Sage bionetwork demo workflow (1)

This workflow performs key driver analysis and displays the results in Cytoscape.

Created: 2010-03-22

Credits: Peter Li

Invocation of Gene Pattern modules using R (1)

 A workflow to invoke a Gene Pattern module using an R script. Note that a FTP URL for the data to be analysed is required, not the data itself!

Created: 2010-03-19 | Last updated: 2010-03-19

Credits: Peter Li

Visualise KDA output data with Cytoscape (2)

This workflow retrieves a data file on a web server directory and launches Cytoscape to visualise it.

Created: 2010-03-18 | Last updated: 2010-03-18

Credits: Peter Li

Log out from Alitora system (1)

A nested workflow to be used for logging out of Alitora

Created: 2010-03-17 | Last updated: 2010-03-17

Credits: Peter Li

Log into Alitora system (1)

A nested workflow to be used for logging into Alitora

Created: 2010-03-17

Credits: Peter Li

Calculating frequencies of gene expression... (1)

This workflow retrieves data from the MaxD microarray database and calculates the frequencies of gene expression levels using an R script

Created: 2010-03-15

Credits: Peter Li

Visualize PAV provenance as SVG (1)

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VoID descriptions are fetched as Turtle, cleaned up to be valid OWL ontology and include useful labels, processed through the OWL reasoner Pellet; this adds inferred PROV statements to the RDF, which is then fed to the PROV Toolbox, generating an SVG visualization of the provenance. Note that this workflow downloads CWM, Pellet and ProvToolbox on demand, and uses UNIX command line tools like wget and md5 which are unlikely to work in Windows. This workflow has been tested on Ubuntu 12.10 wit...

Created: 2014-05-20

Credits: Peter Li

Gene enhancer region analysis (1)

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 This Galaxy pipeline searches for transciption factor binding sites which are conserved through to Fugu. It then finds genes associated with these enhancer binding sites. See http://screencast.g2.bx.psu.edu/MAF_manipulation for the screencast that describes how this workflow is developed.

Created: 2012-06-14 | Last updated: 2012-07-06

Advanced FastQ manipulation (1)

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 This Galaxy workflow performs advanced FastQ manipulation as demonstrated by the screencast at http://screencast.g2.bx.psu.edu/quickie_14_fastq_adv/flow.html. Given a FastQ set of data, it will be transformed using the tools, Groomer, Filter FastQ, FastQ Trimmer, Manipulate FastQ before it is finally converted into FASTA format.

Created: 2012-06-14 | Last updated: 2012-06-14