Search Results - "Buchynskyy, A"

Fluorescence correlation spectroscopy as a new method for the investigation of aptamer/target interactions by Schürer, H, Buchynskyy, A, Korn, K, Famulok, M, Welzei, P, Hahn, U

“…Fluorescence correlation spectroscopy is an attractive tool for monitoring molecular interactions in solution. We report here a new and highly sensitive method…”
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A Surface Plasmon Resonance Analysis of the Interaction between the Antibiotic Moenomycin A and Penicillin-Binding Protein 1b by Stembera, Katherina, Vogel, Stefan, Buchynskyy, Andrij, Ayala, Juan A., Welzel, Peter

“…The antibiotic moenomycin A inhibits the biosynthesis of peptidoglycan, the main structural polymer of the bacterial cell wall. The inhibition is based on a…”
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Synthesis of Neo-Peptidoglycans: An Unexpected Activity of Proteases by Wehofsky, Nicole, Löser, Reik, Buchynskyy, Andrij, Welzel, Peter, Bordusa, Frank

“…Carbohydrate coupling at any desired peptide carboxylate moiety is possible with a highly selective biocatalytic route for the synthesis of…”
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Membrane Anchoring and Intervesicle Transfer of a Derivative of the Antibiotic Moenomycin A by Anikin, Alexej, Buchynskyy, Andrij, Kempin, Uwe, Stembera, Katka, Welzel, Peter, Lantzsch, Gabriela

“…The anchoring of moenomycin A (1) to the bacterial cell cytoplasmic membrane is essential for its biological activity. The first details of the strength of…”
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Studies on the interaction of the antibiotic moenomycin A with the enzyme Penicillin-binding protein 1b by RÜHL, Thomas, DAGHISH, Mohammed, OEHME, Ramona, GIESA, Sabine, AYALA, Juan, WELZEL, Peter, BUCHYNSKYY, Andrij, BARCHE, Karen, VOLKE, Daniela, STEMBERA, Katherina, KEMPIN, Uwe, KNOLL, Dietmar, HENNIG, Lothar, FINDEISEN, Matthias

“…The interaction of a moenomycin derivative with the enzyme penicillin binding protein 1b (PBP 1b) has been studied by means of STD NMR. The results obtained…”
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Synthesis of Fluorescent Derivatives of the Antibiotic Moenomycin A by Buchynskyy, Andrij, Kempin, Uwe, Vogel, Stefan, Hennig, Lothar, Findeisen, Matthias, Müller, Dietrich, Giesa, Sabine, Knoll, Helmut, Welzel, Peter

“…Moenomycin has been highly selectively converted into amino derivative 3b. The primary amino group of this compound can be used to attach various fluorescent…”
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Moenomycin-Mediated Affinity Purification of Penicillin-Binding Protein 1b by Stembera, Katherina, Buchynskyy, Andrij, Vogel, Stefan, Knoll, Dietmar, Osman, Awad A., Ayala, Juan A., Welzel, Peter

“…The antibiotic moenomycin A inhibits the biosynthesis of peptidoglycan, the main structural polymer of the bacterial cell wall. The inhibition is based on a…”
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A Method for the Introduction of Reporter Groups into Moenomycin A, Based on Thiouronium Salt Chemistry by Buchynskyy, Andrij, Stembera, Katherina, Hennig, Lothar, Findeisen, Matthias, Giesa, Sabine, Welzel, Peter

“…p‐Alkoxy‐substituted cinnamylthiouronium salts 7, 13, 21a, and 21b reacted selectively with the 2‐acylamino‐1,3‐cyclopentanedione unit A of moenomycin A (1) to…”
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Some Selective Reactions of Moenomycin A by Vogel, Stefan, Buchynskyy, Andrij, Stembera, Katka, Richter, Karin, Hennig, Lothar, Müller, Dietrich, Welzel, Peter, Maquin, Françis, Bonhomme, Christian, Lampilas, Maxime

“…A number of new moenomycin A derivatives have been prepared. Their antibiotic properties highlight the very specific recognition of moenomycin A at the…”
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Synthesis of tools for raising antibodies against moenomycin epitopes and initial immunological studies by Buchynskyy, Andrij, Stembera, Katherina, Knoll, Dietmar, Vogel, Stefan, Kempin, Uwe, Biallaß (née Donnerstag), Astrid, Hennig, Lothar, Findeisen, Matthias, Müller, Dietrich, Welzel, Peter

“…The moenomycins A and C 1 as well as penta-, di- and monosaccharide analogues have been conjugated to BSA and biotin, respectively. The moenomycin A–BSA…”
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Synthese von Neo‐Peptidoglycanen: eine überraschende Aktivität proteolytischer Enzyme by Wehofsky, Nicole, Löser, Reik, Buchynskyy, Andrij, Welzel, Peter, Bordusa, Frank

“…An jeder beliebigen Peptid‐Carboxygruppe ist eine Kohlenhydratanknüpfung möglich. Der Prozess basiert auf einer neuen hochselektiven, biokatalytischen…”
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