Team:Princeton/ProjectDetails

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We created over 100 primers for the construction and sequencing of our plasmids. The following link gives the sequences and properties of each primer, as well as which primers were used for which plasmids.
We created over 100 primers for the construction and sequencing of our plasmids. The following link gives the sequences and properties of each primer, as well as which primers were used for which plasmids.
[[Media:Primers.xls]]
[[Media:Primers.xls]]
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[/home/dglass/Desktop/VectorOligos/VectorOligos.htm]
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[http:/home/dglass/Desktop/VectorOligos/VectorOligos.htm]
=== Experiments ===
=== Experiments ===

Revision as of 05:44, 17 September 2008

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PRINCETON IGEM 2008

Home Project Overview Project Details Experiments Results Notebook
Parts Submitted to the Registry Modeling The Team Gallery




Contents

Plasmid Designs

We worked on designing and constructing several plasmids this summer. We will shortly put up a list of how far we got with each of them over the course of the summer, and what work remains to be done.


PCR SOEing and Sequencing Primers

We created over 100 primers for the construction and sequencing of our plasmids. The following link gives the sequences and properties of each primer, as well as which primers were used for which plasmids. Media:Primers.xls [http:/home/dglass/Desktop/VectorOligos/VectorOligos.htm]

Experiments

More soon!


Princeton iGEM Utility Belt

As part of the project, we have started work on two novel combinations of biology and electrical engineering.


Surface Patterning

It has been shown that plating neurons in a specific pattern gives the emerging networks special properties, which are determined by those patterns. Also, the growth of these networks is strongly influenced by the patterns they are allowed to grow in. Therefore, by patterning the surfaces that neurons grow on, we can direct specific network connections. This is at the heart of the architecture of the toggle switch.


Optical Tweezers

More soon!

Results