Search Results - "Borg, J.E."

The MIGDAL experiment: Measuring a rare atomic process to aid the search for dark matter by Araújo, H.M., Balashov, S.N., Borg, J.E., Brunbauer, F.M., Cazzaniga, C., Frost, C.D., Garcia, F., Kaboth, A.C., Kastriotou, M., Katsioulas, I., Khazov, A., Kraus, H., Kudryavtsev, V.A., Lilley, S., Lindote, A., Loomba, D., Lopes, M.I., Asamar, E. Lopez, Dapica, P. Luna, Majewski, P.A., Marley, T., McCabe, C., Mills, A.F., Nakhostin, M., Neep, T., Neves, F., Nikolopoulos, K., Oliveri, E., Ropelewski, L., Tilly, E., Solovov, V.N., Sumner, T.J., Tarrant, J., Turnley, R., van der Grinten, M.G.D., Veenhof, R.

“…We present the Migdal In Galactic Dark mAtter expLoration (MIGDAL) experiment aiming at the unambiguous observation and study of the so-called Migdal effect…”
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Expanding the high-pH range of the sucrose synthase reaction by enzyme immobilization by Liu, Hui, Borg, Annika J.E., Nidetzky, Bernd

“…The glycosylation of an alcohol group from a sugar nucleotide substrate involves proton release, so the reaction is favored thermodynamically at high pH. Here,…”
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Solvent Engineering for Nonpolar Substrate Glycosylation Catalyzed by the UDP-Glucose-Dependent Glycosyltransferase UGT71E5: Intensification of the Synthesis of 15-Hydroxy Cinmethylin β‑d‑Glucoside by Jung, Jihye, Liu, Hui, Borg, Annika J. E., Nidetzky, Bernd

“…Sugar nucleotide-dependent glycosyltransferases are powerful catalysts of the glycosylation of natural products and xenobiotics. The low solubility of the…”
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Mechanistic characterization of UDP‐glucuronic acid 4‐epimerase by Borg, Annika J. E., Dennig, Alexander, Weber, Hansjörg, Nidetzky, Bernd

“…UDP‐glucuronic acid 4‐epimerase is a short‐chain dehydrogenase/reductase that uses tightly bound NAD+ to catalyze interconversion of UDP‐glucuronic acid and…”
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Reaction intensification for biocatalytic production of polyphenolic natural product di‐C‐β‐glucosides by Li, Tuo, Borg, Annika J. E., Krammer, Leo, Breinbauer, Rolf, Nidetzky, Bernd

“…Polyphenolic aglycones featuring two sugars individually attached via C‐glycosidic linkage (di‐C‐glycosides) represent a rare class of plant natural products…”
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Stereo-electronic control of reaction selectivity in short-chain dehydrogenases: Decarboxylation, epimerization, and dehydration by Borg, Annika J.E., Beerens, Koen, Pfeiffer, Martin, Desmet, Tom, Nidetzky, Bernd

“…Sugar nucleotide–modifying enzymes of the short-chain dehydrogenase/reductase type use transient oxidation–reduction by a tightly bound nicotinamide cofactor…”
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Crystallographic snapshots of UDP-glucuronic acid 4-epimerase ligand binding, rotation, and reduction by Iacovino, Luca Giacinto, Savino, Simone, Borg, Annika J.E., Binda, Claudia, Nidetzky, Bernd, Mattevi, Andrea

“…UDP-glucuronic acid is converted to UDP-galacturonic acid en route to a variety of sugar-containing metabolites. This reaction is performed by a NAD+-dependent…”
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Enzymatic β-elimination in natural product O- and C-glycoside deglycosylation by Bitter, Johannes, Pfeiffer, Martin, Borg, Annika J. E., Kuhlmann, Kirill, Pavkov-Keller, Tea, Sánchez-Murcia, Pedro A., Nidetzky, Bernd

“…Biological degradation of natural product glycosides involves, alongside hydrolysis, β-elimination for glycosidic bond cleavage. Here, we discover an O…”
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Deciphering the enzymatic mechanism of sugar ring contraction in UDP-apiose biosynthesis by Savino, Simone, Borg, Annika J. E., Dennig, Alexander, Pfeiffer, Martin, De Giorgi, Francesca, Weber, Hansjörg, Dubey, Kshatresh Dutta, Rovira, Carme, Mattevi, Andrea, Nidetzky, Bernd

“…The C -branched pentose sugar d -apiose is important for plant cell wall development. Its biosynthesis as urdine diphosphate- d -apiose (UDP- d -apiose)…”
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