Team:Genspace

From 2014.igem.org

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<li>The Open Lab Blueprint, a website guide to launch and develop a sustainable community biolab. It includes the following components: starting up a lab, physical space, acquisition of key equipment, and efficiently implementing safety, standards and best practices, community-building, generating content and sustainability.</li>
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<li><a href="https://2014.igem.org/Team:Genspace/Project/Open-Lab-Blueprint">The Open Lab Blueprint</a>, a website guide to launch and develop a sustainable community biolab. It includes the following components: starting up a lab, physical space, acquisition of key equipment, and efficiently implementing safety, standards and best practices, community-building, generating content and sustainability.</li>
<li>Open source equipment development in the form of a liquid handling robot, customizable with shareable protocols.</li>
<li>Open source equipment development in the form of a liquid handling robot, customizable with shareable protocols.</li>
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<li>Set of IP-free fluorescent protein genes in open plasmid backbones to be made available to citizen scientists in the form of a starter activity kit.</li>
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<li>Set of IP-free fluorescent protein genes in <a href="https://2014.igem.org/Team:Genspace/Project/Open-Plasmid">open plasmid backbones</a> to be made available to citizen scientists in the form of a starter activity kit.</li>
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<li>Bioglyphics, a visual protocol design tool to lower the barrier of entry to synthetic biology practice, especially geared toward visual thinkers.</li>
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<li><a href="https://2014.igem.org/Team:Genspace/Project/Bioglyphics">Bioglyphics</a>, a visual protocol design tool to lower the barrier of entry to synthetic biology practice, especially geared toward visual thinkers.</li>
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Revision as of 00:46, 17 October 2014

Welcome to Genespace's Open Lab Project

The Open Lab is a key step towards democratization of synthetic biology. It is the complete set of knowledge, tools, and resources required to successfully develop a thriving community biolab, all created following open source principles. The project has four parts.

  1. The Open Lab Blueprint, a website guide to launch and develop a sustainable community biolab. It includes the following components: starting up a lab, physical space, acquisition of key equipment, and efficiently implementing safety, standards and best practices, community-building, generating content and sustainability.
  2. Open source equipment development in the form of a liquid handling robot, customizable with shareable protocols.
  3. Set of IP-free fluorescent protein genes in open plasmid backbones to be made available to citizen scientists in the form of a starter activity kit.
  4. Bioglyphics, a visual protocol design tool to lower the barrier of entry to synthetic biology practice, especially geared toward visual thinkers.