This thesis presents the identification and application of sulfatases for the modification and bioconversion of carrageenans. The identified sulfatases were employed to tailor various carrageenans, producing reaction products with significantly altered rheological properties and transforming these polymers into innovative materials for new applications. Additionally, the integration of sulfatases into an enzymatic cascade facilitated the bioconversion of different carrageenans into fine and platform molecules.
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This thesis presents the identification and application of sulfatases for the modification and bioconversion of carrageenans. The identified sulfatases were employed to tailor various carrageenans, producing reaction products with significantly altered rheological properties and transforming these polymers into innovative materials for new applications. Additionally, the integration of sulfatases into an enzymatic cascade facilitated the bioconversion of different carrageenans into fine and plat...
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