A library of "tweezer" receptors, incorporating a guanidinium "head group" and two peptide derived side arms has been prepared on the solid-phase using an orthogonally protected guanidinium scaffold 12. The library was screened with various tripeptide derivatives in an aqueous solvent system. A tweezer receptor 25 for the side chain protected tripeptide 19 was identified from the screening experiments. Receptor 25 was resynthesised and solution binding studies were carried out, which revealed that 25 binds to tripeptide 19 with Ka = 8.2 x 10(4) +/- 2.5 x 10(4) (15 % DMSO/H2O, pH 8.75) and with appreciable selectivity over the tripeptide enantiomer 22 and the side chain deprotected tripeptide 20
This thesis contains the evaluation of molecular receptors for peptide carboxylates. Chapter 1 outli...
Split-and-mix libraries of resin-bound "tweezer" receptors have been prepared and screened to identi...
In this paper we report the design and synthesis of a new family of asymmetric peptide linked diarom...
Libraries of "unsymmetrical" tweezer receptors, featuring a guanidinium head group as a carboxylate ...
This thesis entails the synthesis and investigations of the properties of novel receptors for small ...
A library of diamidopyridine derived tweezer receptors with peptidic side-arms has been prepared. Sc...
This thesis entails the synthesis of a series of guanidinium based macrocycles, open chain analogues...
We have synthesized tweezer-like receptor molecules based on peptidosulfonamide peptidomimetics. The...
The first part of this thesis describes the attempted solid phase synthesis of a macrocyclic recepto...
The split-mix synthesis of a 6912-member combined library of tweezer- and tripodal synthetic recepto...
In recent years, significant progress has been made in the construction of synthetic molecules that ...
A novel selectively deprotectable triazacyclophane scaffold was used for the design and split-mix sy...
A novel selectively deprotectable triazacyclophane scaffold was used for the design and split−mix sy...
Tweezer-like receptor molecules have proven their potential for molecular recognition on several occ...
A large and diverse library of a TAC-based tripodal synthetic receptor library (6) has been prepared...
This thesis contains the evaluation of molecular receptors for peptide carboxylates. Chapter 1 outli...
Split-and-mix libraries of resin-bound "tweezer" receptors have been prepared and screened to identi...
In this paper we report the design and synthesis of a new family of asymmetric peptide linked diarom...
Libraries of "unsymmetrical" tweezer receptors, featuring a guanidinium head group as a carboxylate ...
This thesis entails the synthesis and investigations of the properties of novel receptors for small ...
A library of diamidopyridine derived tweezer receptors with peptidic side-arms has been prepared. Sc...
This thesis entails the synthesis of a series of guanidinium based macrocycles, open chain analogues...
We have synthesized tweezer-like receptor molecules based on peptidosulfonamide peptidomimetics. The...
The first part of this thesis describes the attempted solid phase synthesis of a macrocyclic recepto...
The split-mix synthesis of a 6912-member combined library of tweezer- and tripodal synthetic recepto...
In recent years, significant progress has been made in the construction of synthetic molecules that ...
A novel selectively deprotectable triazacyclophane scaffold was used for the design and split-mix sy...
A novel selectively deprotectable triazacyclophane scaffold was used for the design and split−mix sy...
Tweezer-like receptor molecules have proven their potential for molecular recognition on several occ...
A large and diverse library of a TAC-based tripodal synthetic receptor library (6) has been prepared...
This thesis contains the evaluation of molecular receptors for peptide carboxylates. Chapter 1 outli...
Split-and-mix libraries of resin-bound "tweezer" receptors have been prepared and screened to identi...
In this paper we report the design and synthesis of a new family of asymmetric peptide linked diarom...