User:Alexander.wong/sandbox

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Layout for New iGEM page



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  • 28 Aug 2007 - 'Infector Modelling'
  • 15 Aug 2007 - 'We have vesicles!!'
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Imperial College London iGEM'07 Projects

Cell Free Systems


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22 April 2024

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21 April 2024

19 April 2024

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18 April 2024

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17 April 2024

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<html> <img src="http://www.openwetware.org/images/3/39/Icon_groups.png" alt="People"> </html>The Team


The Imperial iGEM team consists of ten undergraduate students working fulltime during summer 2007 on engineering a biological system. In addition, we have a number of graduate student and faculty advisors.

Undergraduates

Advisors

  • Prof Richard Kitney
  • Prof Paul Freemont
  • Duo Lu
  • Kirsten Jensen
  • Matthieu Bultelle
  • Vincent Rouilly
Acknowledgments

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In partnership with

GeneART



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Questions to ask the fluorometer Engineer on Friday, Aug 3

See if our plate reader has the ability to measure what you want to measure.

  • What are the classes of measurement? Can it do time-resolved fluorometry + Absorbance?
  • Delay time-resolve - 24 hour experiment; evaporation of solution over long-time courses?!
  • Temperature-regulation?
  • How do we subtract background values from data and convert from absorbance to OD600?

Talk about using the plate reader and creating protocols.

  • Excitation filters and Emission filters for GFP, acGFP and DsRed-Express?
  • Any manufacturer protocols for plate reader usage?
  • Well plate rows and columns? How is data arranged sequentially with the wells?
  • What kind of plates you need to order and use for our experiments?
  • Lamp energy and Noise signal ratios??

Talk about processing data

  • Export format?
  • How to export data from fluorometer?
  • Built-in data analysis tools?
  • Technical Support.


Experiment 1: Fluorescence vs extracellular [GFP] molecules

Known concentrations of GFP are diluted into a range of dilutions and are then mixed with cell lysate of a particular chassis.

Materials Required

Equipment

Reagents

Protocol

Experiment 2: Fluorescence vs Cultures of varying unknown intracellular [GFP]

Measuring the fluorescence of cultures of cells at set time intervals would measure a set of unknown intracellular [GFP].

Materials Required

Equipment

Reagents

Protocol

Experiment 3: Fluorescence vs Cultures of varying unknown extracellular [GFP]

Lysing samples of Experiment 2 will allow the relation of an unknwon intracellular [GFP] to that of extracellular [GFP].

Materials Required

Equipment

Reagents

Protocol