Team:Cambridge/Diary

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The iGEM Factor - What a good project idea needs (these are just some things to think about while researching, but try and answer as many as possible in your presentation):
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PROJECT TITLE:
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    What is the goal of this project?
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    Can we do this in 8 weeks (or less ideally)?
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    Outline 3 stages to achieve the goal:
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    What is the most difficult aspect of this potential project?
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    Does the project have one minimum requirement to work (eggs in one basket) or can we do several miniprojects in parallel?
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    Has anyone done this before and if so who and how far did they take it? (iGEM team? or other researchers?)
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    Is there a group in Cambridge or elsewhere we can make use of for this project idea?
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    Can we use the DNA 2.0 sequencing budget ( they will synthesise from scratch, any sequence up to 8-10kb)  - this is a valuable resource very few other teams will have access to and what would we use it for?
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    What result/picture on the wiki would PROVE this works.
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    What biobricks are available? is there scope for making new ones?
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    What awards and or tracks would this project lend itself to?
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    Is there an awesomely bad pun for this project title?
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RESEARCH FOR TUESDAY 5th JULY - To present back, powerpoint slides optional
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FELIX - Microfluidics, Carbon Sequestration, Magnetic Bacteria
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MATT - Bacterial Electricity, High Sensitivity Olfactory Reception in Bacteria and Applications, finish sponsorship brochure
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MARTA - Sulphur metabolism, Tissue Recognition
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HEATHER - Plastic Degradation and Crude Oil Degradation
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KATY - Cellulose Breakdown into Biofuels, Landmine detection
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JOE - Fermentation (quorum clock/temporal switches)
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JONATHAN - Fermentation (quorum clock/temporal switches)
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HADYN - Magnetic Nanoparticles (production)
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CAT - Disease detection/tropical disease
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Revision as of 15:31, 5 July 2011

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Page Title

The iGEM Factor - What a good project idea needs (these are just some things to think about while researching, but try and answer as many as possible in your presentation):

PROJECT TITLE:

   What is the goal of this project?
   Can we do this in 8 weeks (or less ideally)?
   Outline 3 stages to achieve the goal:
   What is the most difficult aspect of this potential project?
   Does the project have one minimum requirement to work (eggs in one basket) or can we do several miniprojects in parallel?
   Has anyone done this before and if so who and how far did they take it? (iGEM team? or other researchers?)
   Is there a group in Cambridge or elsewhere we can make use of for this project idea?
   Can we use the DNA 2.0 sequencing budget ( they will synthesise from scratch, any sequence up to 8-10kb)  - this is a valuable resource very few other teams will have access to and what would we use it for?
   What result/picture on the wiki would PROVE this works.
   What biobricks are available? is there scope for making new ones?
   What awards and or tracks would this project lend itself to?
   Is there an awesomely bad pun for this project title?


RESEARCH FOR TUESDAY 5th JULY - To present back, powerpoint slides optional FELIX - Microfluidics, Carbon Sequestration, Magnetic Bacteria MATT - Bacterial Electricity, High Sensitivity Olfactory Reception in Bacteria and Applications, finish sponsorship brochure MARTA - Sulphur metabolism, Tissue Recognition HEATHER - Plastic Degradation and Crude Oil Degradation KATY - Cellulose Breakdown into Biofuels, Landmine detection JOE - Fermentation (quorum clock/temporal switches) JONATHAN - Fermentation (quorum clock/temporal switches) HADYN - Magnetic Nanoparticles (production) CAT - Disease detection/tropical disease