User:Xp prg: Difference between revisions
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Len that there's a species of bacteria that aggregates together to form large (like, basketball-sized) structures -- he's trying to remember what it's called. | Len that there's a species of bacteria that aggregates together to form large (like, basketball-sized) structures -- he's trying to remember what it's called. | ||
[[Hello World in Synthetic Biology]] | |||
'''Silicon Based Computation to Biology Based Computation Comparison''' | '''Silicon Based Computation to Biology Based Computation Comparison''' | ||
<table> | |||
<tr> | |||
<th>Silicon</th> | |||
<th>Biology</th> | |||
</tr> | |||
</table> | |||
SynBioHelloWorld | SynBioHelloWorld | ||
Revision as of 12:10, 12 May 2009
Using Cells to Make 3d Structures
Project Overview
Most projects are using scaffolding. I want to actually use an egg/embryo to grow 3d structures. The final goal would be to grow a cpu like structure which in my mind is a retina.
Major Problems
Implementation
Using xenopus as a place to start. Inject DNA in xenopus, fertilize the cell and watch it grow into the 3d structure the DNA specifies. At first I would use a gene gun to inject the DNA into the egg.
Papers
http://www.nytimes.com/2008/03/18/science/18conv.html?_r=1 (Meredith thinks cancer could be used to grow the 3d structures)
Meeting Minutes
Len that there's a species of bacteria that aggregates together to form large (like, basketball-sized) structures -- he's trying to remember what it's called.
Hello World in Synthetic Biology
Silicon Based Computation to Biology Based Computation Comparison
| Silicon | Biology |
|---|
SynBioHelloWorld