Workflows

GetWikiPWByENS (2)

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This workflow uses the WikiPathways Webservice/API to query for pathways containing a specific ENSEMBL identifier. The mapping service behind WikiPathways takes care of the identifier mapping, making sure that all relevant results are found even if they were originally reported using a different identifier scheme.

Created: 2015-10-02 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

AllPW2ENS (2)

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This workflow uses the WikiPathways Webservice/API to query to retrieve all ENSEMBL identifers for all pathways and merge them into one, unique list.

Created: 2015-10-02 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

Simple test with paralel execution using b... (1)

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A simple exercise on parallel processing using BeanShell

Created: 2015-10-01 | Last updated: 2015-10-01

Credits: Ciro Barbosa

Loop (1)

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Example of looping over asynchronous services. The dummy beanshell scripts represents the operations of an asynchronous submit-status-results style service, such as EBI's InterProScan and NCBI Blast. createJob creates a temporary file with the content "0". Filename retuirned as a "job ID". checkStatus reads the job, and return state "RUNNING" as long as the content is less than 10, increasing the number for each call. (As no actual job is being run) getResults reads the file content, with...

Created: 2015-09-29

Credits: Thiago Soares

Pipelined list iteration (1)

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Perform multiple iterations of services in order to show pipelining

Created: 2015-09-29

Credits: Thiago Soares

Drug-Drug Networks using Matador-DrugBank ... (1)

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These days, Networks of all kinds are all the rage! So here's a trickle contributing to the flood.The workflow generates a network based on Similarity between known drugs based on commonality of their "direct" drug target interactions.The workflow does not provide a comparison between Chemical similarity based network and one based on shared drug targets. It only provides the latter.Other nodes and interfaces to Cytoscape and exported csv can be used to further the network analy...

Created: 2015-09-17 | Last updated: 2015-09-17

Credits: Insilicoconsulting

SAR by Rgroup decomposition (1)

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This workflow showcases a simple way to use Rgroup decomposition for SAR analysis.Once R-groups are obtained for several sites on the Scaffold, molecular properties like logP, TPSA, number of heavy/hetero-atoms, various kinds of ring counts are calculated.While medicinal chemistry purists may decry calculating properties for fragments/R-groups, correlating these at each site with Ki (or activity) shows up interesting trends.It's immediately apparent if increasing logP at a given site incr...

Created: 2015-09-15

Credits: Insilicoconsulting

Author Publications and Citations by Year (2)

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This small workflow demonstrates how to connect to and use Europe PMC (http://europepmc.org/RestfulWebService) to count the number of publications and citations per year for one author. Two Web service calls are made. First, we searchPublications to retrieve the bibliographic records for all published work of a single author. Then, we getCitations to extract the year of all articles citing the work of this author. A conditional XPath is here used to only look up citing articles for cited work...

Created: 2015-09-14 | Last updated: 2015-09-17

Credits: Magnus Palmblad

Visualize Geographical Bias between PubMed... (3)

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This workflow analyzes the scientific output, as documented by PubMed, geographically. The workflow takes as input the PubMed data in XML and the ISO 3166-1 and ISO 3166-3 country lists. The XML files can contain any subset from two specific PubMed searches. for example for two different journals in the same field. The XPath components extract author affiliations, and feed these to a series of Beanshell components that match these with countries in the ISO standard. This data is then fed to ...

Created: 2015-09-10 | Last updated: 2015-09-10

Credits: Magnus Palmblad Arzu Tugce Guler

Get article titles from Europe PMC for sin... (2)

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This small workflow demonstrates how to connect to the new (August 2015) version of Europe PMC (http://europepmc.org/RestfulWebService). Changes from previous versions include the addition of a pageSize parameter, allowing the client to request up to 1,000 records at once. If this would still not be sufficient, the offSet paremeter can be used to retrieve data in chunks of 1,000 records and the Flatten List service used to concatenate the results.

Created: 2015-09-07 | Last updated: 2015-09-10

Credits: Magnus Palmblad

REF2014 impact study summary by ID (2)

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Queries the UK REF2014 impact study API by the ID of the study, extracts the ImpactSummary element, and outputs its value as text.

Created: 2015-09-05 | Last updated: 2015-09-05

AllPW2CHEBI (2)

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This workflow uses the WikiPathways Webservice/API to query to retrieve all Chemical Entities of Biological Interest (ChEBI) identifers for all pathways and merge them to one, unique list.

Created: 2015-09-01 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

GetWikiPWByCHEBI (2)

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This workflow uses the WikiPathways Webservice/API to query for pathways containing a specific Chemical Entities of Biological Interest (ChEBI) identifier. The mapping service behind WikiPathways takes care of the identifier mapping, making sure that all relevant results are found even if they were originally reported using a different identifier scheme.

Created: 2015-09-01 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

ListAllWikiPathways (2)

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This workflow retrieves all pathways currently in the WikiPathways database, using the WikiPathways REST API.

Created: 2015-09-01 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

PW2CHEBI (2)

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This workflow uses the WikiPathways Webservice/API to query to retrieve all Chemical Entities of Biological Interest (ChEBI) identifers for the given pathway.

Created: 2015-09-01 | Last updated: 2015-10-12

Credits: Kristina Hettne Eleni

Phenotype to pubmed (1)

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This workflow takes in a phenotype search term, and searches for abstracts in the PubMed database. These are passed to the eSearch function and searched for in PubMed. Those abstracts found are returned to the user

Created: 2015-09-01

Credits: Heiko Schoof Paul Fisher

Attributions: Phenotype to pubmed

Chemical2URIs (1)

This workflow will map a chemical name or identifier to uniform resource identifiers (URIs). First the ChemSpider web service is used to map the chemical name to a ChemSpider identifier, then the ChemSpider identifier is mapped to URIs via the Open PHACTS platform.

Created: 2015-08-20

Credits: Aylin Metzner

connect to WoS Web services lite concept (1)

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This workflow is a concept for how Taverna could connect to the Thomson Reuters Web of Science (WoS) Web services lite. However, at this moment (2015-01-20), the authentication generate a session ID, but the other services (here search and closeSession) do not have an input port for this session ID. According to the documentation, this is required. The error message from the Web service also show this is missing. This workflow is "work in progress", but may nevertheless be of interest to an...

Created: 2015-08-19

Credits: Magnus Palmblad Yassene Arzu Tugce Guler

Online PubMed author search and geographic... (2)

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This workflow retrieves bibliographic data for a single author using the PMC Europe RESTful Web service and visualizes the geographic distribution of this author's and their co-authors' geographic distribution using the rworldmap package. This is version 2.0 of this workflow, incorporating changes to the Web service allowing up to 1,000 records to be retrieved at once, using the pageSize parameter.

Created: 2015-08-19 | Last updated: 2015-09-07

Credits: Magnus Palmblad Arzu Tugce Guler

Chemical2URIs (1)

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This workflow will map a chemical name or identifier to uniform resource identifiers (URIs). First the ChemSpider web service is used to map the chemical name to a ChemSpider identifier, then the ChemSpider identifier is mapped to URIs via the Open PHACTS platform.

Created: 2015-08-18

Credits: Kristina Hettne Eelke van der Horst BioSemantics