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Taken together, the results presented here help to understand the relationship between structure and function in the Hsp90 family and have strong potential to form the basis for studies on the network of chaperone and Hsps in Aedes. Co-immobilization is a groundbreaking technique for enzymatic catalysis, sometimes strategic, as for dextransucrase and dextranase. In this approach, dextranase hydrolytic action removes the dextran layer that covers dextransucrase reactive groups, improving the immobilization. Another advantage is the synergi