UCSF
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Location, Location, Location: <br> Directing Biology through Synthetic Assemblies and Organelles | Location, Location, Location: <br> Directing Biology through Synthetic Assemblies and Organelles | ||
| + | <p style="font-size:10pt">[[UCSF/Main_Introduction|Read More]]</p> | ||
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|<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> | ||
Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells.<br> | Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells.<br> | ||
| - | [[Read More | + | [[UCSF/Intro|Read More]] |
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|[[Image:UCSFProject2.png|left]] | |[[Image:UCSFProject2.png|left]] | ||
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synthetic biology applications in eukaryotic cells. <br> | synthetic biology applications in eukaryotic cells. <br> | ||
| - | [[Read More | + | [[UCSF/Organelle_Intro|Read More]] |
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Revision as of 00:51, 27 October 2007
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Location, Location, Location: |
 | Project 1: Protein Scaffolds as a Molecular Breadboard Using synthetic protein scaffolds to control information flow of a kinase pathway in eukaryotic cells. |
 | Project 2: Creating a Synthetic Organelle Engineering phosphoinositide "barcodes" to create an intracellular membrane-bound chassis for synthetic biology applications in eukaryotic cells. |
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People
The Project