Immobilization of G.s.6PGDH onto alkyl and aminoalkyl modified MCFs is possible.
Immobilization is initiated due to hydrophobic interactions.
Activity retention is highest when employing a 0.5 mg mL−1 6PGDH solution for immobilization.
The stability of the immobilized 6PGDH shows a dependency on the spacer length.
Investigation of the Michaelis-Menten kinetics proposed a C5-chain as optimal spacer.