Team:Newcastle/e Science
From 2010.igem.org
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e-Science Toolkit for Synthetic Biology (working title)
Aims
- The aim of this research is to apply e-Science to synthetic biology, focussing on workflows.
Objectives
- Explore the methodology of synthetic biologists.
- Explore the use of workflows in synthetic biology and determine what can be done computationally – identifying tasks that are best suited to an e-Science solution.
- Determine what computing resources are already available for use in synthetic biology
- Identify computational tools that can be developed.
- reate at least one workflow to automate the production of a biobrick
- If time allows and a need has been identified, create a web service for use in workflows for synthetic biology.
- If time allows investigate the possibility of identifying design patterns, in principle similar to that used in software engineering, in synthetic biology.
Databases, services and software for Synthetic Biology
- Databases
- Web sites
- Web Services
- Publications
Establish "life lines"
Documentation for open source software is sometimes limited, especially when the software is still quite new. Getting online help can be a real life saver but it takes time to find all the sources, register with them and be ready to ask questions when required. Find mailing lists and on-line forums for the following and start following them:
- Taverna
- myExperiment
Project Timeline
- Project Proposal: 22 April 2010
- Presentation
- Project Submission