A Designed Non-Peptidic Receptor that Mimics the Phosphocholine Binding Site of the McPC603 Antibody

The two key interactions in the binding of phosphorylcholine by the antibody McPC603 are utilized in the complexation of dioctanoyl‐L‐α‐phosphatidyl‐choline (DOPC) and a novel non‐peptidic abiotic receptor. These interactions are drawn as dotted lines in the structure of the complex shown on the rig...

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Veröffentlicht in:Angewandte Chemie International Edition 1996-08, Vol.35 (15), p.1712-1715
Hauptverfasser: Magrans, J. Oriol, Ortiz, Angel R., Molins, M. Antònia, Lebouille, Paul H. P., Sánchez-Quesada, Jorge, Prados, Pilar, Pons, Miquel, Gago, Federico, de Mendoza, Javier
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container_end_page 1715
container_issue 15
container_start_page 1712
container_title Angewandte Chemie International Edition
container_volume 35
creator Magrans, J. Oriol
Ortiz, Angel R.
Molins, M. Antònia
Lebouille, Paul H. P.
Sánchez-Quesada, Jorge
Prados, Pilar
Pons, Miquel
Gago, Federico
de Mendoza, Javier
description The two key interactions in the binding of phosphorylcholine by the antibody McPC603 are utilized in the complexation of dioctanoyl‐L‐α‐phosphatidyl‐choline (DOPC) and a novel non‐peptidic abiotic receptor. These interactions are drawn as dotted lines in the structure of the complex shown on the right: hydrogen bonds between the choline phosphate and the guanidinium unit of the receptor, and cation–π interactions between the ammonium group of DOPC and the calixarene unit of the receptor.
doi_str_mv 10.1002/anie.199617121
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subjects calixarenes
molecular dynamics simulations
molecular recognition
phospholipids
title A Designed Non-Peptidic Receptor that Mimics the Phosphocholine Binding Site of the McPC603 Antibody
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