Team:TU-Munich/Project/Bioaccumulation

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==BioAccumulation==
==BioAccumulation==
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BioAccumulation is a possibility to remove xenobiotics from the environment by binding them to a protein that has been designed for this purpose.
BioAccumulation is a possibility to remove xenobiotics from the environment by binding them to a protein that has been designed for this purpose.
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<br><br>
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== The Fluorescein binding Anticalin FluA==
== The Fluorescein binding Anticalin FluA==
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There are a broad range of natural as well as engineered binding proteins availible. The most commonly known binding proteins are antibodies which defend mammals against pathogens and toxins. Beside these natural binding proteins there are more and more designed binding proteins such as (1) Anticalins based on a lipocalin scaffold (Ref), (2) Affibodies derived from the z-domain of the antibody-binding protein A (Ref) and (3) DARPins that are based on an ankyrin scaffold.  
There are a broad range of natural as well as engineered binding proteins availible. The most commonly known binding proteins are antibodies which defend mammals against pathogens and toxins. Beside these natural binding proteins there are more and more designed binding proteins such as (1) Anticalins based on a lipocalin scaffold (Ref), (2) Affibodies derived from the z-domain of the antibody-binding protein A (Ref) and (3) DARPins that are based on an ankyrin scaffold.  
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==Glutathione S-transferase ==
==Glutathione S-transferase ==
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<div class="box-right">figure</div>
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==Protein Phosphotase 1 - A molecular mop for Microcystin==
==Protein Phosphotase 1 - A molecular mop for Microcystin==
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Revision as of 17:14, 25 June 2013


BioAccumulation

Text
Text
figure

BioAccumulation is a possibility to remove xenobiotics from the environment by binding them to a protein that has been designed for this purpose.





The Fluorescein binding Anticalin FluA

Text
Text
figure

There are a broad range of natural as well as engineered binding proteins availible. The most commonly known binding proteins are antibodies which defend mammals against pathogens and toxins. Beside these natural binding proteins there are more and more designed binding proteins such as (1) Anticalins based on a lipocalin scaffold (Ref), (2) Affibodies derived from the z-domain of the antibody-binding protein A (Ref) and (3) DARPins that are based on an ankyrin scaffold.


Glutathione S-transferase

Text
Text
figure





Protein Phosphotase 1 - A molecular mop for Microcystin

Text
Text
figure



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