This critical review describes the preparation and properties of a relatively new class of chiralmacromolecules, namely chiral conducting polymers. It focuses in particular on examples based on polypyrrole, polythiophene and polyaniline. They possess remarkable properties, combining not only chirality with electrical conductivity but also the ability to undergo facile redoxand pH switching. These unique properties have opened up a range of exciting new potential applications, including as chiral sensors, as novel stationary phases for chiral separations, and as chiral electrodes for electrochemical asymmetric synthesis (153 references)
Recently we have devised an innovative approach to chiral conducting thiophene oligomers, based on t...
The availability of materials which could couple electroactivity properties and enantiorecognition c...
An attractive objective in materials research is to develop materials coupling electroactivity with ...
This review reports the synthesis and the properties of chiral polythiophenes (PTs) and in particul...
The availability of materials able to couple electroactivity and enantiorecognition capability is an...
Among the different strategies to endow conducting polymers with chiral features, the concept of inh...
The introduction of chirality in organic conjugated polymers has been considered for a wide variety ...
The introduction of chirality in organic conjugated polymers has been considered for a wide variety ...
This thesis describes the synthesis and characterisation of a range of novel conducting polymer mate...
[Please note that this contribution has been presented by Dr. Arnaboldi in place of Patrizia Mussini...
The synthesis of free standing and clay-supported chiral conducting polymer films is described
The introduction of chirality in organic conjugated polymers displaying electroconductive properties...
Combining chirality with electrochemical activity is an attracting goal for a wide variety of purpos...
The availability of materials which could couple electroactivity and enantiorecognition capability i...
The usual approaches to chiral electroactive molecular materials, relying on attaching chiral pendan...
Recently we have devised an innovative approach to chiral conducting thiophene oligomers, based on t...
The availability of materials which could couple electroactivity properties and enantiorecognition c...
An attractive objective in materials research is to develop materials coupling electroactivity with ...
This review reports the synthesis and the properties of chiral polythiophenes (PTs) and in particul...
The availability of materials able to couple electroactivity and enantiorecognition capability is an...
Among the different strategies to endow conducting polymers with chiral features, the concept of inh...
The introduction of chirality in organic conjugated polymers has been considered for a wide variety ...
The introduction of chirality in organic conjugated polymers has been considered for a wide variety ...
This thesis describes the synthesis and characterisation of a range of novel conducting polymer mate...
[Please note that this contribution has been presented by Dr. Arnaboldi in place of Patrizia Mussini...
The synthesis of free standing and clay-supported chiral conducting polymer films is described
The introduction of chirality in organic conjugated polymers displaying electroconductive properties...
Combining chirality with electrochemical activity is an attracting goal for a wide variety of purpos...
The availability of materials which could couple electroactivity and enantiorecognition capability i...
The usual approaches to chiral electroactive molecular materials, relying on attaching chiral pendan...
Recently we have devised an innovative approach to chiral conducting thiophene oligomers, based on t...
The availability of materials which could couple electroactivity properties and enantiorecognition c...
An attractive objective in materials research is to develop materials coupling electroactivity with ...