… of a site-specifically protected sugar molecule as an initiator. … sugar group at the chain
end of PEG−PLA block copolymers. For this purpose, a site-specifically metalated protected-sugar …

… To selectively separate proteins and glycoproteins due to the presence of sugar chains,
poly(ethylene glycol) (PEG), which shows a high hydrophilicity and excluded volume effect, is …

… metabolites including an electron transfer chain, oxidative phosphorylation, cellular … , direct
conversion into useful organic compounds, including sugars and alcohols, is one of the most …

… sugar solutions into short-chain polyols such as ethylene … It is shown that very concentrated
sugar solutions, viz. up to … of ethylene glycol selectivity by gradually feeding the sugar solution…

… In a series of molecules with increasing hydrocarbon chain lengths, this is called a head-group
effect and there is some evidence that these effects are important. (39~ For all these …

… chain lengths containing a variety of pendant sugar residues (galactose, mannose,
ribonic-γ-lactone, and xylose), and that the degree of polymerization of the main chain … ethylene …

… Ethylene glycol (EG) is an important platform chemical with steadily expanding global
demand. Its commercial production is currently limited to fossil resources; no biosynthesis route …

… and hetero type sugar chains. Studies of the structures of the larger sugar chains of ovalbumin,
… In order to destroy excess oxidant, 2 or 10 ~1 of ethylene glycol was added. After 1 h at …

… Here, an interesting catalytic process was reported related to converting cellulose into
ethylene glycol (EG) and ethylene glycol monoether (EGME) in methanol over a Ru/NbOPO 4 …

… high-concentration C 5 /C 6 sugars (180 g/L) in the ethylene glycol (EG) solvent system was
… 6 sugars. A large amount of liquefied products was achieved in the concentrated C 6 sugars …