Borate-Stabilized Transformation of C6 Aldose to C4 Aldose

Highly efficient transformations of biomass-derived sugars into various valuable chemicals are of topical interest. Tetrose with a four-carbon bone is the root of most of biomass-derived C4 products, but its extreme instability obstructs the blossoming of C4 products presently. Herein, we describe a...

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Published in:ACS catalysis 2017-07, Vol.7 (7), p.4473-4478
Main Authors: Yan, Yueer, Feng, Lei, Li, Gang, Lin, Shaoying, Sun, Zhen, Zhang, Yahong, Tang, Yi
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cited_by cdi_FETCH-LOGICAL-a280t-db7f74788b16dc0201e30d849370181604b5733e93c0ac41dba2d266cb0b74363
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creator Yan, Yueer
Feng, Lei
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Tang, Yi
description Highly efficient transformations of biomass-derived sugars into various valuable chemicals are of topical interest. Tetrose with a four-carbon bone is the root of most of biomass-derived C4 products, but its extreme instability obstructs the blossoming of C4 products presently. Herein, we describe a borate-stabilized catalytic strategy to accumulate erythrose from C6 aldose in a highly selective manner via retro-aldol and aldol processes in alcohol solvent. In our proposed mechanism, borate can stabilize erythrose and avoid its further retro-aldol splitting or isomerization, and induce the production of erythrose again via the aldol condensation of the above-generated glycolaldehyde.
doi_str_mv 10.1021/acscatal.7b01159
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title Borate-Stabilized Transformation of C6 Aldose to C4 Aldose
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