Team:Lethbridge/Collaboration

From 2009.igem.org

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===University of Alberta: mms6===
===University of Alberta: mms6===
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BBa_K249019: Magnetite nanoparticle Device - This is a composite part. The mms6 enzyme from Magnetospirillum magneticum has been shown to produce uniform Magnetite nanoparticles when in the presence of an Iron Chloride based solution. The coding region has been equipped with an IPTG inducible promoter, strong RBS and double terminator. Thank you to the [https://2009.igem.org/Team:Alberta University of Alberta Team] for collaborating with us on this part.<html> <body><span style="color:#04346C">Submitted.</span> </body> </html>
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BBa_K249019: Magnetite nanoparticle Device - This is a composite part. The mms6 enzyme from Magnetospirillum magneticum has been shown to produce uniform Magnetite nanoparticles when in the presence of an Iron Chloride based solution. The coding region has been equipped with an IPTG inducible promoter, strong RBS and double terminator. Thank you to the [https://2009.igem.org/Team:Alberta University of Alberta Team] for collaborating with us on this part.
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[[Image:Magnetite_nanoparticle_Device.png]]
===University of Alberta: Modeling===
===University of Alberta: Modeling===

Revision as of 20:42, 21 October 2009

Igembanner.jpg

Contents

Valencia:Survey

TUDelft:Survey

Taken from an email received on September 21, 2009:

"As of now, the survey is closed and we will analyze the results. I am happy to say that also thanks to you we have achieved to collect 240 responses from all over the world. If you or your team mates are interested in the results or the general research you can visit our wiki. Also, feel free to contact me at any time via e-mail or ask questions in person at the Jamboree in Boston.

All the best with your research,

With grateful regards,

On behalf of the iGEM team TUDelft,

Tim Vos"

University of Alberta: mms6

BBa_K249019: Magnetite nanoparticle Device - This is a composite part. The mms6 enzyme from Magnetospirillum magneticum has been shown to produce uniform Magnetite nanoparticles when in the presence of an Iron Chloride based solution. The coding region has been equipped with an IPTG inducible promoter, strong RBS and double terminator. Thank you to the University of Alberta Team for collaborating with us on this part.

Magnetite nanoparticle Device.png

University of Alberta: Modeling

University of Edmonton

COFACTORS TCA CYCLE CELL WALL TRANSLATION GLYCOLYSIS PENTOSE PHOSPHATES PYRIDOXINE BIOSYNTHESIS RESPIRATION ATP SYNTHASE

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