UCSF

From 2007.igem.org

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|[[Image:UCSFProject1.png|left]]
|[[Image:UCSFProject1.png|left]]
|<p style="font-size:14pt">Project 1: Protein Scaffolds as a Molecular Breadboard</p>
|<p style="font-size:14pt">Project 1: Protein Scaffolds as a Molecular Breadboard</p>
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Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells.
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Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells.<br>
 +
[[Read More|UCSF/Intro]]
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|[[Image:UCSFProject2.png|left]]
|[[Image:UCSFProject2.png|left]]
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Engineering phosphoinositide "barcodes" to create an intracellular membrane-bound chassis for  
Engineering phosphoinositide "barcodes" to create an intracellular membrane-bound chassis for  
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synthetic biology applications in eukaryotic cells.  
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synthetic biology applications in eukaryotic cells. <br>
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[[Read More|UCSF/Organelle_Intro]]
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{| cell spacing=“1”
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===About Us===
===About Us===
*[[/Our Story/]]
*[[/Our Story/]]
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===A Guided Tour through the Project: JUDGES, THIS IS FOR YOU!===
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===A Guided Tour through the Project===
*[[/Project Description/]]
*[[/Project Description/]]
*[[/Main Introduction/]]
*[[/Main Introduction/]]

Revision as of 00:45, 27 October 2007

Logo6.png

Location, Location, Location:
Directing Biology through Synthetic Assemblies and Organelles

UCSFProject1.png

Project 1: Protein Scaffolds as a Molecular Breadboard

Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells.
UCSF/Intro

UCSFProject2.png

Project 2: Creating a Synthetic Organelle

Engineering phosphoinositide "barcodes" to create an intracellular membrane-bound chassis for

synthetic biology applications in eukaryotic cells.
UCSF/Organelle_Intro

People People

Students

Instructors

Faculty Advisors

Planning & Development

Media


Resources The Project


About Us

A Guided Tour through the Project

Behind the Scenes