Design and Synthesis of an Amide-Linked Angiotensin II Analogue wih 3,5 Side Chain Bridge: Structural Resemblance of Ring Cluster Conformation with AT1 Non-Peptide Antagonists.

P. Roumelioti,; L. Polevaya,; N. Giatas,; A. Zoga,; I. Mutule,; T. Keivish,; T. Mavromoustakos,; P. Zoumpoulakis,; D. Vlahakos,; J. Matsoukas

Design and Synthesis of an Amide-Linked Angiotensin II Analogue wih 3,5 Side Chain Bridge: Structural Resemblance of Ring Cluster Conformation with AT1 Non-Peptide Antagonists.

Scientific publication - Conference Paper uoadl:2957844 24 Read counter

Description
Contents

Unit:

Department of Chemistry

Title:

Design and Synthesis of an Amide-Linked Angiotensin II Analogue wih 3,5 Side Chain Bridge: Structural Resemblance of Ring Cluster Conformation with AT1 Non-Peptide Antagonists.

Languages of Item:

English

Abstract:

Publication year:

2001

Authors:

P. Roumelioti,
L. Polevaya,
N. Giatas,
A. Zoga,
I. Mutule,
T. Keivish,
T. Mavromoustakos,
P. Zoumpoulakis,
D. Vlahakos,
J. Matsoukas

Publisher:

American Peptide Society

Conference title:

The Wave of the Future Michal Lebl and Richard A. Houghten

Pages:

Keywords:

Angiotensin II Analogue

Main subject category:

Science

Persistent URL:

https://pergamos.lib.uoa.gr/uoa/dl/object/2957844

Design and Synthesis of an Amide-Linked Angiotensin II Analogue wih 3,5 Side Chain Bridge: Structural Resemblance of Ring Cluster Conformation with AT1 Non-Peptide Antagonists.

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