Name | Workflow |
Aliases | None |
Description | A workflow can be defined as a series of jobs or an efficient framework which can be used for similar repeatable work.As a simple example, there is a series of jobs which can be defined as a workflow. First, find homologous proteins to the given protein, then create a phylogenetic tree using those protein sequences. To do this, we first need to perform BLAST and pick several sequences for multiple sequence alignment. If we defined this flow as a workflow, every job will quickly and smoothly be done.(cited from the original site). |
Type | Tool |
Main Institutes of management | Molecular Profiling Research Center for Drug Discovery (molprof), National Institute of Advanced Industrial Science and Technology (AIST) |
Country of the Institute | Japan |
URL of the site | http://togo.medals.jp/en_index.html |
Interface | GUI (web, local) |
Input | |
Output | |
Input example | Input example for Protein Annotation Workflow (http://togo.medals.jp/wf/PAW_EnterSequence.html?Eng) :[Step1]Click the "SampleData" menu.[Step2]Input your E-mail address in "E-mail address:" textbox.[Step3]Push the "submit" button. |
Keyword | Developed workflow | Web workflow | Active workflow | Life Science Database Integration Web |
Amount of the all data for download(Mbyte) | Method to obtain the all data. | 32 (RNA_Structure_Prediction-K (WINDOWS 32bit))|http://togo.medals.jp/active_local_rna_prediction.eng.html | http://togo.medals.jp/active_local_protein_prediction.eng.html | http://togo.medals.jp/active_local_phylo.eng.html | http://togo.medals.jp/active_local_mafft.eng.html | http://togo.medals.jp/active_local_blast.eng.html | http://togo.medals.jp/active_local_last.eng.html | http://togo.medals.jp/active_local_wolfpsort.eng.html | http://togo.medals.jp/active_local_modelling.eng.html | http://togo.medals.jp/active_local_centroid.eng.html | http://togo.medals.jp/active_local_poodle.eng.html | http://togo.medals.jp/active_local_asian.eng.html |
External resources (databases) in building the product. | None |
Data type | workflow |
Biological species in the main concern | All species |
Conditions of use | Attribution & Creative Commons-NonCommercial 2.1 Japan |
Frequency of updates (in last two years) | 2 |
Last date of updates (date of confirmation) | 2018/11/11 (2019/06/03) |
Main IDs used in the products | None |
How to make a link to get access to each IDs. | None |
external databases to which this database/tool have links | Ministry of Education, Culture, Sports, Science and Technology Integrated Database Project (http://lifesciencedb.mext.go.jp/en/index.html) | MEXT Integrated Datavase Project (http://lifesciencedb.jp/) |DBCLS (http://dbcls.rois.ac.jp/) | KNIME (http://www.knime.org/) | taverna (http://taverna.sourceforge.net/) | Kepler (https://kepler-project.org/) |
Published papers (PubMed IDs) | None |
Operational Status | Available |