The main limitation in the application of therapeutic peptides is their rapid degradation by proteolytic enzymes. Thioether-bridges in peptides confer strong resistance against proteolytic degradation, can modulate receptor interaction and extend delivery possibilities. Their enzymatic introduction is chemo-, region- and stereo-specific and allows the stabilization of medically and economically highly important therapeutic peptides. This emerging technology has huge potential for the development of a large number of novel highly effective peptide drugs.</p
© 2018 Elsevier Ltd. All rights reserved. In the pharmaceutical industry, organic-based small molecu...
Inherent susceptibility of peptides to enzymatic degradation in the gastrointestinal tract is a key ...
Clinically used peptides and antibodies can be modified to improve their therapeutic potential. As p...
The main limitation in the application of therapeutic peptides is their rapid degradation by proteol...
This thesis describes the successful biological production and secretion of thioether-stabilized the...
Introduction: The major hurdle in the application and delivery of peptide pharmaceuticals is their r...
In the last decades, much effort has been put toward understanding the biological machinery that rul...
Thioamide substitution in the peptide backbone enables several applications in studying proteolysis,...
Functions and properties of native peptides vary from highly specific antibiotics or cytotoxic antit...
After many years of stagnation, peptide therapeutics once again became the focus of innovative drug ...
Thiopeptides are macrocyclic, bioactive natural products derived from ribosomally synthesized and po...
The case for peptide-based drugs is compelling. Due to their chemical, physical and conformational d...
In living organisms Peptides binds to specific receptors located on the cell surface and induces a s...
The specificity of peptide activity depends on the sequence of amino acids and structure, so it is e...
The most prevalent substances in biological cells are proteins and peptides. Proteins are made up of...
© 2018 Elsevier Ltd. All rights reserved. In the pharmaceutical industry, organic-based small molecu...
Inherent susceptibility of peptides to enzymatic degradation in the gastrointestinal tract is a key ...
Clinically used peptides and antibodies can be modified to improve their therapeutic potential. As p...
The main limitation in the application of therapeutic peptides is their rapid degradation by proteol...
This thesis describes the successful biological production and secretion of thioether-stabilized the...
Introduction: The major hurdle in the application and delivery of peptide pharmaceuticals is their r...
In the last decades, much effort has been put toward understanding the biological machinery that rul...
Thioamide substitution in the peptide backbone enables several applications in studying proteolysis,...
Functions and properties of native peptides vary from highly specific antibiotics or cytotoxic antit...
After many years of stagnation, peptide therapeutics once again became the focus of innovative drug ...
Thiopeptides are macrocyclic, bioactive natural products derived from ribosomally synthesized and po...
The case for peptide-based drugs is compelling. Due to their chemical, physical and conformational d...
In living organisms Peptides binds to specific receptors located on the cell surface and induces a s...
The specificity of peptide activity depends on the sequence of amino acids and structure, so it is e...
The most prevalent substances in biological cells are proteins and peptides. Proteins are made up of...
© 2018 Elsevier Ltd. All rights reserved. In the pharmaceutical industry, organic-based small molecu...
Inherent susceptibility of peptides to enzymatic degradation in the gastrointestinal tract is a key ...
Clinically used peptides and antibodies can be modified to improve their therapeutic potential. As p...