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Team:StanfordBrownSpelman/Attributions
From 2014.igem.org
Attributions
We would like to thank everyone who contributed to the realization of our project! All that we've done would not be possible with the contributions made by those listed below. On this page, we've listed contributors by project. We've also added sections for our sponsors and for those who made contributions to our team outside of specific projects. Thank you again, everyone, for all you've done!
Amberless Hell Cell
Experimentally validate at least one biobrick part—we validated the radiation resistance of uvsE.
Document the characterization of the biobrick on the parts registry page and submit part to registry. Both completed for radiation resistance gene uvsE.
Articulate questions about the project and answer them. Visit our Human Practices page to see some of the questions and answers about biological drone use that we generated.
Experimentally validate at least one biobrick part—we validated the radiation resistance of uvsE.Document the characterization of the biobrick on the parts registry page and submit part to registry. Both completed for radiation resistance gene uvsE.Articulate questions about the project and answer them. Visit our Human Practices page to see some of the questions and answers about biological drone use that we generated.Cellulose Cross-Linker
Improve the function or characterization of an existing biobrick part or device.
Improve the function or characterization of an existing biobrick part or device.Modeling
Improve the function or characterization of an existing biobrick part or device.
Help any registered iGEM team by: characterizing a part, debugging a construct, modeling their system.
Describe an approach to address policy and practices, evaluate your approach, mention how it affects us. We've been working with the EPA to write regulations for synthetic biology in the air. Our project addresses policy and outlines best use practices for biological UAVs and environmental safety concerns with respect to synthetic biology that affect the application of synthetic biology across the country. Read more about our collaboration with the EPA to address the release of synthetic organisms into the environment and our evaluation of our own approach on our Human Practices page.
Improve the function or characterization of an existing biobrick part or device.Help any registered iGEM team by: characterizing a part, debugging a construct, modeling their system.Describe an approach to address policy and practices, evaluate your approach, mention how it affects us. We've been working with the EPA to write regulations for synthetic biology in the air. Our project addresses policy and outlines best use practices for biological UAVs and environmental safety concerns with respect to synthetic biology that affect the application of synthetic biology across the country. Read more about our collaboration with the EPA to address the release of synthetic organisms into the environment and our evaluation of our own approach on our Human Practices page.Policy and Human Practices
Jim Brass, Kevin Reynolds, and Bob Dahlgren for consulting with us about building, flying, and using UAVs.
Help any registered iGEM team by: characterizing a part, debugging a construct, modeling their system.
Describe an approach to address policy and practices, evaluate your approach, mention how it affects us. We've been working with the EPA to write regulations for synthetic biology in the air. Our project addresses policy and outlines best use practices for biological UAVs and environmental safety concerns with respect to synthetic biology that affect the application of synthetic biology across the country. Read more about our collaboration with the EPA to address the release of synthetic organisms into the environment and our evaluation of our own approach on our Human Practices page.
Jim Brass, Kevin Reynolds, and Bob Dahlgren for consulting with us about building, flying, and using UAVs.Help any registered iGEM team by: characterizing a part, debugging a construct, modeling their system.Describe an approach to address policy and practices, evaluate your approach, mention how it affects us. We've been working with the EPA to write regulations for synthetic biology in the air. Our project addresses policy and outlines best use practices for biological UAVs and environmental safety concerns with respect to synthetic biology that affect the application of synthetic biology across the country. Read more about our collaboration with the EPA to address the release of synthetic organisms into the environment and our evaluation of our own approach on our Human Practices page.Building the Drone
Starch bioplastic samples produced by Eli Block and Jotthe Kappannan with contributions from other team members. Biomaterial molds design by Eli Block. Extensive cellulose material experimentation by Poorwa Godbole.
Preliminary UAV concept and mycelium UAV drone part designs by Eli Block.
Starch bioplastic samples produced by Eli Block and Jotthe Kappannan with contributions from other team members. Biomaterial molds design by Eli Block. Extensive cellulose material experimentation by Poorwa Godbole.Preliminary UAV concept and mycelium UAV drone part designs by Eli Block.Art & Design
Wiki design by Eli Block, Aryo Sorayya, and Jotthe Kappannan. Built using the Zurb Foundation framework and brought to you by iGEM and MediaWiki.
Team poster, banner, and wiki assets designed and produced by Eli Block. Material product photography by Eli Block.
Team presentation and peace sign drone logo designed by Jeannette Gonzales-Wright.
Wiki design by Eli Block, Aryo Sorayya, and Jotthe Kappannan. Built using the Zurb Foundation framework and brought to you by iGEM and MediaWiki.Team poster, banner, and wiki assets designed and produced by Eli Block. Material product photography by Eli Block.Team presentation and peace sign drone logo designed by Jeannette Gonzales-Wright.
