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Filtering by: Advisor Mehl, Ryan A. Committee Member Bottoms, SueAnn I.

Exploring the Limits of Ligation Rate and Specificity in Protein Immobilization Using the Genetically Encoded Tetrazine Ligation

Creator:

Bednar, Riley M.

Abstract:

Immobilized proteins are integral components of a number of important technologies, including the principal component of many biosensors, as functional coatings in various implants, as catalysts is industrial biosynthesis, and as the building blocks of next-generation nanotechnologies. Despite their ubiquity, relatively little is known about the processes that shape immobilized...

Resource Type:

Dissertation

Full Text:

: __________________________________________________ Ryan A. Mehl Immobilized proteins are integral components of a