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Team:LMU-Munich
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| - | <td><span style="text-align:justify">Apoptosis Biobrick Library: Possibilities of utilizing apoptosis as a clean and effective selection mark for manipulation in eucaryotic systems. | + | <td><span style="text-align:justify"></html>Apoptosis Biobrick Library: Possibilities of utilizing apoptosis as a clean and effective selection mark for manipulation in eucaryotic systems. |
| - | Serves the improving of gen-expression in cell lines and the curtailing of cloning processure for large-scale screening. | + | Serves the improving of gen-expression in cell lines and the curtailing of cloning processure for large-scale screening. [[Team:LMU-Munich/Apotosis|more]]<html></span></td> |
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| - | <td>Engineering an artificial pathway in a bacterial microcompartment to produce functional azobenzene-compounds, such as protein crosslinkers, tethered or soluble enzyme-modulators or optimized | + | <td></html>Engineering an artificial pathway in a bacterial microcompartment to produce functional azobenzene-compounds, such as protein crosslinkers, tethered or soluble enzyme-modulators or optimized |
| - | ligands for other molecular applications. | + | ligands for other molecular applications. [[Team:LMU-Munich/Pathway|more]]<html></td> |
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Revision as of 11:45, 3 August 2010
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Apoptosis Biobrick Library: Possibilities of utilizing apoptosis as a clean and effective selection mark for manipulation in eucaryotic systems.
Serves the improving of gen-expression in cell lines and the curtailing of cloning processure for large-scale screening. more
Engineering an artificial pathway in a bacterial microcompartment to produce functional azobenzene-compounds, such as protein crosslinkers, tethered or soluble enzyme-modulators or optimized
ligands for other molecular applications. more
Multivac - Better Packaging
Münchener Panoramafotos von Rigatonis Fotoecke
