Workflows

get_best_best_neighbors_by_gene (1)

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Search the best-best neighbor of a gene in all organisms. Example of input: gene_id: eco:b0002 offset: 1 limit: 10

Created: 2008-10-02

Credits: Franck Tanoh

btit (1)

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Retrieve definitions of given database entries available on GenomeNet database. Example of input: hsa:1798 mmu:13478

Created: 2008-09-30 | Last updated: 2008-09-30

Credits: Franck Tanoh

binfo (1)

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Show the version information of a specificied database.  Example of input: "gb"  for Genbank database "sp" for swissprot database "emb" for embl database

Created: 2008-09-30 | Last updated: 2008-09-30

Credits: Franck Tanoh

bget (1)

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Retrieve database entries specified by a list of entry_id. Number of entry_id retrieves at a time is restricted up to 100 Example of input: eco:b0002 hin:tRNA-Cys-1

Created: 2008-09-29

Credits: Franck Tanoh

bfind (1)

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Used for searching entries by keywords. User needs to specify a database from those which are supported by DBGET system before keywords. List of databases available at : http://www.genome.jp/dbget/ Example of input parameter: gb E-cadherin human

Created: 2008-09-29 | Last updated: 2008-09-29

Credits: Franck Tanoh

Transform XML - explicit output file (1)

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The get_xml_file_from_web service downloads an example xml from myExperiment. The content of that file is then saved to a temporary file by create_and_populate_xml_file. The path to the temporary file is passed to the inFileURL port of Transform_XML. The get_xslt_file_from_web service downloads an example xslt file from myExperiment. The content of that file is then saved to a temporary file by create_and_populate_xslt_file. The path to the temporary file is passed to the xslFileURL port...

Created: 2008-09-27

Credits: Alan Williams

Test always fails - two parameters (1)

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The test always fails service generates a service failure when two parameter values are supplied.

Created: 2008-09-27

Credits: Alan Williams

Test always fails - one parameter (1)

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The test always fails service generates a service failure when one parameter value is supplied.

Created: 2008-09-27

Credits: Alan Williams

Split string into string list by regular e... (1)

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The split string into string list by regular expression takes the string 'boo:and:foo' and using the specified regular expression 'o' splits it into the list ['b','',':and:f']

Created: 2008-09-27

Credits: Alan Williams

Split string into string list by regular e... (1)

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The split string into string list by regular expression takes the string 'boo:and:foo' and using the specified regular expression ':' splits it into the list ['boo','and','foo']

Created: 2008-09-27

Credits: Alan Williams

Merge string list to string - colon separator (1)

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The merge string list to string service takes the list ['a','b','c'] and using the separator ':' outputs the string 'a:b:c'.

Created: 2008-09-27

Credits: Alan Williams

Get image URLs from HTML document and outp... (1)

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Retrieve the web page at http://www.mygrid.org.uk, examine it for images and output the images.

Created: 2008-09-27

Credits: Alan Williams

Get image from URL - only url specified (1)

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Retrieve the image at http://www.mygrid.org.uk/files/2008/09/dragon-workflow.png using just the url parameter

Created: 2008-09-27

Credits: Alan Williams

Fail if true - true value (1)

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The fail if true service throws an exception when passed the value true.

Created: 2008-09-27

Credits: Alan Williams

Decode base64 to byte[] (1)

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The decode base64 to byte[] service decodes the base64 string. The byte array is then converted into the string 'Hello world'.

Created: 2008-09-27

Credits: Alan Williams

echo (1)

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The workflow tests the standard-compliance of web service descriptions of ARC-1, a development of the EU project "KnowARC" to modernise the grid infrastructure ARC of the NorduGrid. Learn more about it on http://www.knowarc.eu and http://www.nordugrid.org. If you have computers in spare - join us - and help you very own and many other sciences. And you make many interesting contacts just en passent. No authorisation is required for this very experimental service.

Created: 2008-09-18

Credits: Steffen Möller

file_fetching_workflow (1)

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This workflow demonstrates interaction with an instance of an omixed server (omixed.org) hosting a very simple model and containing some sequence files.  The server is available for public access so you should be able to try this out. Notes: With the versions of Taverna and Axis2 I am using, I had to massage the WSDL emitted by Axis2 in order to keep Taverna happy.  This involved removing the sections relating to SOAP12. The workflow first connects to the server and obtains a ses...

Created: 2008-07-14 | Last updated: 2008-07-14

Credits: Tim Booth

casimir_htgt (1)

An update to the original casimir workflow. This now utilises the high throughput gene trapping biomart server that has just gone live at the Sanger which allows filtering on which genes have been selected for the various gene KO projects and which stage in the mouse KO strain production each gene has reached

Created: 2008-01-24 | Last updated: 2008-01-24

Credits: Damian

VLAM (1)

This is an experimental workflow for testing interoperability with WS VLAM workflow engine. Bean Shell Script processor is used to invoke existing WS-VLAM Topology(Workflow) which obtains parameters from previous processors in taverna.

Created: 2008-01-23 | Last updated: 2008-01-23

Credits: Wibisono

Fetch Dragon images from BioMoby v2 (1)

Use the local java plugins and some filtering operations to fetch the comic strip image from http://www.dilbert.com

Created: 2007-11-29 | Last updated: 2007-11-29

Credits: Mariebrown

BLASTP with simplified results returned (2)

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Perform a blastp search on protein sequence and extract information based on the user input, e.g. a list of GI numbers. N.B. this workflow does not function correctly as it is designed for use with NCBI blast scripts. Some errors may occur. Please use two blast text file inputs for a secure result output.

Created: 2007-10-03

Epitope-based Vaccine Design Workflow usin... (3)

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Population-based vaccine design workflow in KNIME. AlleleFrequency is used to specify the geographical region or population of interest and returns a tab-separated list of HLA alleles with their corresponding occurrence probability within the selected population. This file, together with a FASTA file containing protein sequences, or a file containing peptides is used as input to EpitopePrediction, which generates a file containing the predicted binding affinities of the (generated) peptides a...

Created: 2016-11-30 | Last updated: 2017-04-11

Credits: Benjamin Schubert

HLA ligandomics workflow using OpenMS and ... (2)

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HLA ligandomics workflow combining native KNIME, OpenMS, and ImmunoNodes nodes. The workflow extracts MS data from PRIDE and performs mass spectra identification with X!Tandem, annotates the results with details of the given target/decoy database, calculates false discovery rates and filters for 5% FDR using OpenMS’ nodes. The identified peptides are annotated with their respective binding affinity predicted by NetMHC using the EpitopePrediction node. Finally, simple summary statistics ...

Created: 2016-11-30 | Last updated: 2017-04-11

Credits: Mathias Walzer

AmrPlusPlus Single Workflow (2)

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Created: 2016-08-12 | Last updated: 2017-01-05

Credits: Chris

Sequences Alignment and Sorting by Coordinate (1)

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We automatically retrieve BAM filenames based on the FASTA_R1 port name We assume FASTA_R1 name to be SAMPLENAME.R1.FASTQ or SAMPLENAME.R1.fastq.gz Alignment via Burrows-Wheeler transformation using BWA-MEM algorithm Sorts the input SAM or BAM Post Alignment File Processing We automatically retrieve BAM filenames based on the FASTA_R1 port name We assume FASTA_R1 name to be SAMPLENAME.R1.FASTQ or SAMPLENAME.R1.fastq.gz MarkDuplicates examines aligned records in the supplied SAM or BAM f...

Created: 2016-05-16 | Last updated: 2016-07-06

Variant Annotation with VEP (Variant Effec... (1)

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Here, from a list of g.vcf files, we execute GenotypeGVCFs command line GenotypeGVCFs perform joint genotyping on gVCF files produced by HaplotypeCaller Variant Effect Predictor http://www.ensembl.org/info/docs/tools/vep/script/index.html The VEP determines the effect of your variants (SNPs, insertions, deletions, CNVs or structural variants) on genes, transcripts, and protein sequence, as well as regulatory regions.

Created: 2016-05-16 | Last updated: 2016-07-06

Metavisitor: Workflow for Use Case 3-2 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedocMississippi Galaxy server 

Created: 2016-05-13 | Last updated: 2017-04-17

Metavisitor: Workflow for Use Case 3-1 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedocMississippi Galaxy server 

Created: 2016-05-13 | Last updated: 2017-04-17

Metavisitor: Workflow for Use Case 2-2 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedoc Mississippi Galaxy server 

Created: 2016-05-13 | Last updated: 2017-04-17

Metavisitor: Workflow for Use Case 2-1 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedocMississippi Galaxy server 

Created: 2016-05-13 | Last updated: 2017-04-17

Metavisitor: Workflow for Use Case 1-2 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedocMississippi Galaxy server

Created: 2016-05-13 | Last updated: 2017-04-17

Metavisitor: Workflow for Use Case 1-1 (2)

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Metavisitor, a suite of Galaxy tools for simple and rapid detection and discovery of viruses in deep sequence dataReadthedocMississippi Galaxy server 

Created: 2016-05-13 | Last updated: 2017-04-17

Data Mining Recommender (4)

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Scientific workflow for the recommender construction 

Created: 2014-10-29 | Last updated: 2018-09-20

Credits: respinosa

MsaPAD: Multiple Sequence Alignment - Inpu... (2)

BioVeL – Biodiversity Virtual e-Laboratory Workflow Documentation Name:Perform a Multiple DNA sequence alignment coding for multiple/single protein domains Capacities Programme of Framework 7: EC e-Infrastructure Programme – e-Science Environments - INFRA-2011-1.2.1 Grant Agreement No: 283359 Project Co-ordinator: Mr Alex Hardisty Project Homepage: [http://www.biovel.eu][1] [1]: http://www.biovel.eu ## 1 Description This workflow is used to submit the multip...

Created: 2014-07-30 | Last updated: 2015-06-12

Credits: Bachirb Giacinto Donvito Pasquale Notarangelo Saverio Vicario Graziano Pesole

Attributions:

Imagemagick convert - tiff/png/bmp/jpeg2ti... (2)

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Converts tiff to tiff/png/bmp/jpeg using imagemagick convert with the provided compression

Created: 2014-02-14 | Last updated: 2014-11-06

Credits: Markus Plangg

MrBayes (10)

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using slow paced JSTasync 1

Created: 2013-12-11 | Last updated: 2014-06-19

JSTAsync1 (6)

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slow down job retrival to one every 60 sec

Created: 2013-12-11 | Last updated: 2014-06-19

JSTAsync2 (7)

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slow down loops to 60 sec

Created: 2013-12-11 | Last updated: 2014-06-19

Annotate gene list with top ranking concepts (4)

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This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The output provides us with the top (cutoff) concepts that describe our gene list of interest The workflow is using the anni web services .

Created: 2013-12-03 | Last updated: 2015-04-03

Credits: Eleni

RNA-Seq workflow with TopHat and Cufflinks... (1)

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Created: 2013-11-09 | Last updated: 2014-04-10

Credits: zohim Carol Lushbough Bioextract BioExtract Server for Genomics

Gene set enrichment analysis (Affymetrix p... (1)

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This workflow is designed to perform Gene Set Enrichment Analysis, GSEA, as it is described at http://www.broadinstitute.org/gsea/index.jsp. As input, the normalized data with Affymetrix probeset IDs can be submitted.First, the input files are subjected to fold-change calculation. The table with probeset Ids and calculated fold change values is converted into a table with Ensembl Gene Ids. At the next step, the Ensembl genes are annotated with additional information, gene description and gene...

Created: 2013-10-29 | Last updated: 2015-04-17

Credits: geneXplain

Metabolic differences in ripening of Solan... (2)

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Updated data processing workflow for metabolomics LC-MS/MS data. This workflow depends on the stable community plug-in MassCascade and KNIME plug-ins Base Chemistry, Chemistry Types & Nodes, Math Expression, and XLS Support. The workflow was run under KNIME version 2.9.2.

Created: 2013-10-16 | Last updated: 2014-07-04

Credits: SBeisken

Clustering of Molecular Compounds with Bio... (4)

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This workflow downloads an input set of molecular compounds in SMILES format, using Chemspider service. The most frequent molecular fragments are extracted by means of MoSS tool (see http://www.borgelt.net/moss.html) , in order to obtain a set of features for each compound. Then a clustering and a visual exploration of the input dataset is performed by BioDICE service (see http://biolab.pa.icar.cnr.it/biodice.html), implementing Fast Learning Self-Organized Map (FLSOM) algorithm. Finally the ...

Created: 2013-05-29 | Last updated: 2014-01-09

Credits: Antonino Fiannaca Massimo La Rosa

Attributions: Get compound information Simple search

GWAS to biomedical concept (3)

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Genome-Wide Association studies (GWAS) with metabolomic phenotypes yield several statistically significant SNP-metabolite associations. To understand the biological basis of the association, scientists typically dwell on identifying genes in the vicinity of the SNP and the possible pathways that the gene participates in. The information needed to arrive at an understanding of the mechanistic basis of the association requires integration of disparate data sources. The purpose of this workflow ...

Created: 2013-04-15 | Last updated: 2014-07-14

Credits: Kristina Hettne Harish Dharuri Marco Roos Reinout van Schouwen