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<h1 class="white-text">Database</h1> | <h1 class="white-text">Database</h1> | ||
− | <p class="grey-text text-lighten-4"> | + | <p class="grey-text text-lighten-4">In our research, we discovered that the structure of the single-chain antibody has 3 variable regions that account for the differences in binding specificity and affinity to different epitopes. However, these 3 variable regions are not completely random. Specifically, conserved amino acid residues are found within each of the domains. Acknowledging the potential for conserved residues allows us to narrow our sample space when generating random libraries of single-chain antibodies. This greatly increases the chances of producing mutants with desirable characteristics. In order to make this data freely available, we have generated a library of single-chain antibodies using our reduced sample space. This database is available for all teams to access.</p> |
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− | <p> | + | <p>Link to the database?</p> |
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Revision as of 19:57, 14 October 2016
Database
In our research, we discovered that the structure of the single-chain antibody has 3 variable regions that account for the differences in binding specificity and affinity to different epitopes. However, these 3 variable regions are not completely random. Specifically, conserved amino acid residues are found within each of the domains. Acknowledging the potential for conserved residues allows us to narrow our sample space when generating random libraries of single-chain antibodies. This greatly increases the chances of producing mutants with desirable characteristics. In order to make this data freely available, we have generated a library of single-chain antibodies using our reduced sample space. This database is available for all teams to access.
Link to the database?