Moreover, a recent study by Kim et al. explored the enzymatic degradation of poly(butylene adipate)-co-(butylene furanoate) (PBAF) copolymers with varying furan ring fractions (50 and 70 mol%) using Thermomyces lanuginosus lipase (TLL), a highly selective catalyst . The study revealed that PBAF with a 50 mol% furan ring fraction experienced a mass loss exceeding 80% within a few days, while PBAF with a 70 mol% furan ring fraction exhibited only around 1-2% mass loss over the same period. These findings align with our research, indicating that a higher proportion of furan units in the copolymer results in a slower rate of degradation. Hence, careful design considerations for such materials are essential to accelerate this process, particularly for meeting the requirements of medical applications. All enzymes used