User:Monak
From 2006.igem.org
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* 2D DNA sheet of more or less arbitrary shape [[Media:2D_DNA_Origami_DesignGuideline.pdf| (click here)]] | * 2D DNA sheet of more or less arbitrary shape [[Media:2D_DNA_Origami_DesignGuideline.pdf| (click here)]] | ||
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To start from the very basics, produce a plane sheet, and a sheet that folds once. For double-checking possibilitiy, we included a step-height variation that should appear in the AFM image, and a correlation fluorescence dye. | To start from the very basics, produce a plane sheet, and a sheet that folds once. For double-checking possibilitiy, we included a step-height variation that should appear in the AFM image, and a correlation fluorescence dye. | ||
| - | The plain sheet | + | The plain sheet [[image:1fold_small|left|thumb|200px| Plain sheet]] |
| - | [[image:1fold_small|left|thumb|200px| Plain sheet]] | + | |
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The two folded sheet [[Media:2fold_small.pdf| (click here)]] | The two folded sheet [[Media:2fold_small.pdf| (click here)]] | ||
Revision as of 07:55, 20 October 2006
- Design Rules -
To get it clear for myself (as a person without any prior knowledge about the steric hybridization properties of DNA), I tried to set up some simple, engineering point-of-view rules for designing a plain sheet of DNA.
- 2D DNA sheet of more or less arbitrary shape (click here)
- Individual project -
Smart materials from DNA
For example by self-assembly of folded and connected DNA sheets, which will change their physical properties with environmental changes, e.g. pH. (click here)
Wafer level nano-resolution pattern transfer
To start from the very basics, produce a plane sheet, and a sheet that folds once. For double-checking possibilitiy, we included a step-height variation that should appear in the AFM image, and a correlation fluorescence dye.
The plain sheet
The two folded sheet (click here)
Pattern transfer?? Lot's of different possibilities that we want to give a try. But first, we have to be able to produce the very basics. The story will be continued..!
- Personal information -
e-mail: mona.klein@imtek.uni-freiburg.de
- Education -
Just graduated from the department of Microsystems Engineering.
Diploma-thesis (6-month compressed master's thesis) dealt with the fabrication of a solenoidal coil for MRI of cells.
[http://2006.igem.org/wiki/index.php/Freiburg_University_2006 Home]
