The rational design of an iminosugar inhibitor able to mimic substrate distortion occurring during retaining-cellulase hydrolysis
摘要:
This paper reports the rational design, synthesis and biochemical evaluation of a new type of cellulase inhibitor. This isofagomine isomer analogous to the beta -L-idopyranose linked to a glucosidic unit by a methylenic bond is able to mimic the pseudo-axial orientation of the 'aglycon' observed in the X-ray structure of a non-hydrolyzable thiooligosaccharide/cellulase complex. (C) 2001 Elsevier Science Ltd. All rights reserved.
The rational design of an iminosugar inhibitor able to mimic substrate distortion occurring during retaining-cellulase hydrolysis
摘要:
This paper reports the rational design, synthesis and biochemical evaluation of a new type of cellulase inhibitor. This isofagomine isomer analogous to the beta -L-idopyranose linked to a glucosidic unit by a methylenic bond is able to mimic the pseudo-axial orientation of the 'aglycon' observed in the X-ray structure of a non-hydrolyzable thiooligosaccharide/cellulase complex. (C) 2001 Elsevier Science Ltd. All rights reserved.
The rational design of an iminosugar inhibitor able to mimic substrate distortion occurring during retaining-cellulase hydrolysis
作者:Sébastien Fort、Pedro M Coutinho、Martin Schülein、Robert Nardin、Sylvain Cottaz、Hugues Driguez
DOI:10.1016/s0040-4039(01)00486-5
日期:2001.5
This paper reports the rational design, synthesis and biochemical evaluation of a new type of cellulase inhibitor. This isofagomine isomer analogous to the beta -L-idopyranose linked to a glucosidic unit by a methylenic bond is able to mimic the pseudo-axial orientation of the 'aglycon' observed in the X-ray structure of a non-hydrolyzable thiooligosaccharide/cellulase complex. (C) 2001 Elsevier Science Ltd. All rights reserved.