Workflows

Demonstration of configurable iteration (1)

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This workflow shows the use of the iteration strategy editor to ensure that only relevant combinations of inputs are used during an implicit iteration.

Created: 2009-12-15

Credits: Alan Williams

BiomartAndEMBOSSAnalysis (1)

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Using Biomart and EMBOSS soaplab services, This workflow retrieves a number of sequences from 3 species: mouse, human, rat; align them, and returns a plot of the alignment result. Corresponding sequence ids are also returned.

Created: 2009-12-15

Credits: Alan Williams

A workflow version of the EMBOSS tutorial (1)

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Designed to show the use of EMBOSS based Soaplab services from Taverna, this workflow has no inputs as all initial values are specified as string constants. A sequence set is fetched using the seqret tool, then simultaneously scanned for predicted transmembrane regions and subjected to a multiple alignment using emma. This alignment is then plotted to a set of PNG images and also used to build a profile using the prophecy and prophet tools.

Created: 2009-12-15

Credits: Alan Williams

workflow1 (1)

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blast dando o ID de uma proteinablast dando o ID de uma proteina ex: database is ‘SWISS’, for program, ‘blastp’, and for ID ‘1220173blast dando o ID de uma proteina ex: database is SWISS’, for program, blastp, and for ID 1220173

Created: 2009-11-16

Credits: Jorgep

blastp using the MRS system (1)

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This blastp workflow uses the blast service of MRS (http://mrs.cmbi.ru.nl). Inputs are a sequence (only amino acids, not a fasta sequence) and a database. Databases that can be used are "sprot", "uniprot", "trembl", "pdb", "refseq", "ipi" and "gpcrdb".

Created: 2009-11-10

Credits: Bas Vroling

Search GeNS DataType (1)

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 This workflow returns a single GeNS identifier corresponding to the given data type.    Disclaimer: This workflow is just a simple example designed for academic purposes.

Created: 2009-09-15

Credits: Pedro Lopes

Search GeNS BioEntity (1)

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 This workflow returns a list of know associations between an organism and a data type. All identifiers correspond to GeNS database identifiers.    Disclaimer: This workflow is just a simple example designed for academic purposes.

Created: 2009-09-15 | Last updated: 2009-09-15

Credits: Pedro Lopes

hbr (1)

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Created: 2009-06-29

Credits: Hbrphd

FirstExampleWorkflow (1)

This is my first test example of Taverna Workflow.

Created: 2009-06-24

Credits: Jelena (Obradovic) Dreskai

Fetch PDB flatfile from RCSB server (1)

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Given an identifier such as '1crn' fetches the PDB format flatfile from the RCSB

Created: 2009-03-08

Credits: Pvilaca

omim and pathways (2)

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This workflow searches OMIM for entries associated with a particular disease in OMIM, returns the IDs and maps them to Kegg Gene IDs. For each gene, it then gets the description and any corresponding pathways those genes are involved with

Created: 2009-03-03 | Last updated: 2009-11-02

Credits: Katy Wolstencroft Paul Fisher

Attributions: Get Kegg Gene information

Example of a conditional execution workflow (1)

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If the input is true then the string 'foo' is emited, if false then 'bar'. Just a simple example to show how the monster works, so to speak.

Created: 2008-10-06

Credits: hong nguyen

Extract elements from a list - extraction ... (1)

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The extract_elements_from_a_list is passed the list [['a','b','c', 'd'], ['e','f','g','h'],['i','j','k','l'],['m','n','o','p']] with fromIndex of 1 and toIndex of 3 and depth 2, will output the list [['e','f','g','h'],['i','j','k','l']] as it is the outermost list i.e. that with depth 2 that is considered.

Created: 2008-09-29

Credits: Alan Williams

Extract elements from a list - extraction ... (1)

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The extract_elements_from_a_list is passed the list [['a','b','c', 'd'], ['e','f','g','h'],['i','j','k','l'],['m','n','o','p']] with fromIndex of 1 and toIndex of 3 and the default depth of 1, will output the list [['b','c'], ['f','g'],['j','k'],['n','o'']] as it is the list with depth 1 e.g. ['e','f','g','h'] that are considered.

Created: 2008-09-29

Credits: Alan Williams

Flatten list - three depth (2)

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The flatten_list service takes the list [[['a']], [['b']], [['c']], [['d']],[['e']]] and, using a flatten depth of 3, outputs the list ['a', 'b', 'c', 'd','e'].

Created: 2008-09-29 | Last updated: 2008-09-30

Credits: Alan Williams

Flatten list - two depth (1)

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The flatten_list service takes the list [[['a']], [['b']], [['c']], [['d']]] and, using the default flatten depth of 2, outputs the list [['a'], ['b'], ['c'], ['d'], ['e']].

Created: 2008-09-29

Credits: Alan Williams

Echo_with_occasional_failure-1 (1)

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The echo_with_occasional_failure service mostly echoes the string 'hello' to the out port. Sometimes, it throws a service failure.

Created: 2008-09-29

Credits: Alan Williams

Write text file - overwriting content (1)

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The beanshell creates an empty temporary file. The filepath to the temporary file is then passed to the Write_text_file A service which writes the string 'hello' into the file. After service A has run, service B writes 'goodbye' into the file. The file is then read by the Read_Text_File service and its content, 'goodbye', output by the workflow.

Created: 2008-09-27

Credits: Alan Williams

Write text file - empty string value (1)

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The beanshell creates an empty temporary file. The filepath to the temporary file is then passed to the Write_text_file service which writes the empty string '' into the file. '' is also output by the service.

Created: 2008-09-27

Credits: Alan Williams

Write text file - specified value (1)

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The beanshell creates an empty temporary file. The filepath to the temporary file is then passed to the Write_text_file service which writes 'hello' into the file. 'hello' is also output by the service.

Created: 2008-09-27

Credits: Alan Williams