Search Results - "Laptinskaya, Tatiana V."

Concentration Dependence of Glycosylation Outcome: A Clue to Reproducibility and Understanding the Reasons Behind by Kononov, Leonid O., Malysheva, Nelly N., Orlova, Anna V., Zinin, Alexander I., Laptinskaya, Tatiana V., Kononova, Elena G., Kolotyrkina, Natalya G.

“…Changes in the concentration of reagents (0.009–0.2 M) have been shown to dramatically effect the yield and stereoselectivity of glycosylation with a sialic…”
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Nanodiamonds and surfactants in water: Hydrophilic and hydrophobic interactions by Vervald, Alexey M., Laptinskiy, Kirill A., Burikov, Sergey A., Laptinskaya, Tatiana V., Shenderova, Olga A., Vlasov, Igor I., Dolenko, Tatiana A.

“…[Display omitted] Nanodiamonds, one of the most promising nanomaterials for the use in biomedicine, placed in the organisms are bound to interact with various…”
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The use of the novel glycosyl acceptor and supramer analysis in the synthesis of sialyl-α(2–3)-galactose building block by Nagornaya, Marina O., Orlova, Anna V., Stepanova, Elena V., Zinin, Alexander I., Laptinskaya, Tatiana V., Kononov, Leonid O.

“…A new glycosyl acceptor to be used in sialylation was designed as a 3-hydroxy derivative of 4-methoxyphenyl β-d-galactopyranoside with 2-O-acetyl group and O-4…”
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Light Scattering in Non-aqueous Solutions of Low-Molecular-Mass Compounds: Application for Supramer Analysis of Reaction Solutions by Orlova, Anna V., Laptinskaya, Tatiana V., Malysheva, Nelly N., Kononov, Leonid O.

“…The use of static and dynamic light scattering (SLS and DLS, respectively) for chraracterization of solutions (0.005–0.20 mol·L − 1 ) of a series of…”
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Energetics and Mechanism of Conformational Transitions of Protein-Like NIPAM-Sodium Styrene Sulfonate Copolymers in Aqueous Solutions by Grinberg, Valerij Y., Burova, Tatiana V., Grinberg, Natalia V., Dubovik, Alexander S., Plaschina, Irina G., Laptinskaya, Tatiana V., Xiong, Yubing, Yao, Ping, Khokhlov, Alexei R.

“…Protein‐like and random NIPAM‐sodium styrene sulfonate copolymers of similar composition have been prepared by radical polymerization in water at temperatures…”
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Hydrogen generation by gasification of phenol and alcohols in supercritical water by Bogdan, Viktor I., Koklin, Aleksey E., Bogdan, Tatiana V., Mishanin, Igor I., Kalenchuk, Alexander N., Laptinskaya, Tatiana V., Kustov, Leonid M.

“…The conversion of phenol, cyclohexanol (a hydrogenated analog of phenol for comparison with phenol), and ethanol into gas products in supercritical water (SCW)…”
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