2024
DOI: 10.1016/j.giant.2023.100211
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Ultrasmall 3D network morphologies from biobased sugar–terpenoid hybrid block co-oligomers in the bulk and the thin film states

Chaehun Lee,
Brian J. Ree,
Kai Chen
et al.
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Cited by 2 publications
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“…Building on the fundamental chemistry of glycolipids, poly- or oligo-saccharides have been synthetically coupled with various nonpolar molecules beyond the traditional alkyl hydrocarbons, yielding the synthetic glycolipids capable of forming ordered structures in the melt state. We refer to these particular glycolipids as “sugar-based BCOs,” noting that the factors governing their self-assembled structures may extend beyond the single molecule geometry and the principle of BCP self-assembly could be instrumental in predicting their thermotropic phase behavior. In this regard, sugar-based BCO could potentially serve as a bridge linking the self-assembly principle of glycolipids with that of BCP.…”
Section: Introductionmentioning
confidence: 99%
“…Building on the fundamental chemistry of glycolipids, poly- or oligo-saccharides have been synthetically coupled with various nonpolar molecules beyond the traditional alkyl hydrocarbons, yielding the synthetic glycolipids capable of forming ordered structures in the melt state. We refer to these particular glycolipids as “sugar-based BCOs,” noting that the factors governing their self-assembled structures may extend beyond the single molecule geometry and the principle of BCP self-assembly could be instrumental in predicting their thermotropic phase behavior. In this regard, sugar-based BCO could potentially serve as a bridge linking the self-assembly principle of glycolipids with that of BCP.…”
Section: Introductionmentioning
confidence: 99%