Team:LMU-Munich/Application/Protein Screening tour

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Latest revision as of 17:12, 26 October 2012

The LMU-Munich team is exuberantly happy about the great success at the World Championship Jamboree in Boston. Our project Beadzillus finished 4th and won the prize for the "Best Wiki" (with Slovenia) and "Best New Application Project".

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Protein Screening

[http://www.ncbi.nlm.nih.gov/pubmed/20038141 Designer proteins], which enhance binding capacities or improve enzymatic activities, have a large potential in both research and biotechnological processes. They are usually created by constructing and screening libraries of mutated protein variants. Proteins with desired properties are selected for in functional screenings. Despite the success of the method, it is labor intensive and limited in throughput. First protein extracts need to be prepared. Second, after successful screens individual mutated proteins must be tracked back to the original strains. Our Sporobeads would eliminate the need to track protein mutants, allowing researchers to screen huge quantities of mutated proteins, only identifying and sequencing these proteins after successful screening. Figures 1 and 2 offer schematics of the process of using Sporobeads for protein screening for either enzymatic or binding affinities.

Fig. 1: The simple protein-screening process in our Sporobeads.

Fig. 2: The simple protein-screening process in our Sporobeads using affinity binding as a requisite.

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 ==Protein Screening==
-<p align="justify">Designer protein molecules, which bind their desired targets specifically, have numerous uses. Designer proteins are frequently created by constructing and screening libraries of mutated protein variants. Proteins with desired properties are selected for in this method. Despite the success of the method, it is labor intensive and limited in throughput. Individual mutated proteins must be tracked throughout the entire screening process. Our '''Sporo'''beads would eliminate the need to track protein mutants, allowing researchers to screen huge quantities of mutated proteins, only identifying and sequencing these proteins after successful screening. Figures 1 and 2 offer schematics of the process of using '''Sporo'''beads for protein screening for tests and affinities.</p>
+<p align="justify">[http://www.ncbi.nlm.nih.gov/pubmed/20038141 Designer proteins], which enhance binding capacities or improve enzymatic activities, have a large potential in both research and biotechnological processes. They are usually created by constructing and screening libraries of mutated protein variants. Proteins with desired properties are selected for in functional screenings. Despite the success of the method, it is labor intensive and limited in throughput. First protein extracts need to be prepared. Second, after successful screens individual mutated proteins must be tracked back to the original strains. Our '''Sporo'''beads would eliminate the need to track protein mutants, allowing researchers to screen huge quantities of mutated proteins, only identifying and sequencing these proteins after successful screening. Figures 1 and 2 offer schematics of the process of using '''Sporo'''beads for protein screening for either enzymatic or binding affinities.</p>
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