Supramolecular Materials and Technologies

Perspectives in Supramolecular Chemistry relates recentdevelopments and new exciting approaches in supramolecularchemistry. The series covers all areas from theoretical andmodelling aspects through organic and inorganic chemistry andbiochemistry to materials, solid-state and polymer sciencesreflecting the many and varied applications of supramolecularstructures in modern chemistry.

From the early days of supramolecular chemistry the field has beenassociated with possible applications. This is not surprising asthe design of new molecules, and later of assemblies of molecules,is often function-driven. Now, after three decades ofsupramolecular chemistry, David Reinhoudt has brought together acollection of reviews to reflect on the applications that haveactually been achieved. The first applications in molecularrecognition are now established technologies in analyticalchemistry, separation science and medicine. More recently,developments have taken place in material design and these conceptsare also discussed here. Contents
* Self-Assembling Systems on Scales from Nanometers to Millimeters:Design and Discovery
* Dendritic Architectures
* Supramolecular Structures with Macromolecules
* Chemosensors: Synthetic Receptors in Analytical SensingApplications
* Selective Ion Recognition with Durable Sensors
* Ion Separations in Membrane and Solid Phase ExtractionSystems
* Porphyrin- and Expanded Pophyrin-Based Diagnostic and TherapeuticAgents
Supramolecular Materials and Technologies illustrates theachievements and advances that supramolecular chemistry has made inmany fields from organic chemistry to materials science and fromanalytical chemistry to molecular biology. Self-Assembling Systems on Scales from Nanometers to Millimeters:Design and Discovery (L. Issacs, et al.).

Dendritic Architectures (M. van Genderen & E. Meijer).

Supramolecular Structures with Macromolecules (U. Beginn & M.Moller).

Chemosensors: Synthetic Receptors in Analytical SensingApplications (A. Czarnik & J. Yoon).

Selective Ion Recognition with Durable Sensors (R. Lugtenberg &D. Reinhoudt).

Ion Separations in Membrane and Solid Phase Extraction Systems (R.Izatt, et al.).

.Porphyrin- and Expanded Porphyrin- based Diagnostic andTherapeutic Agents (T. Mody & J. Sessler).

Indexes.

David N. Reinhoudt is the editor of Supramolecular Materials and Technologies, published by Wiley.

Perspectives in Supramolecular Chemistry relates recent developments and new exciting approaches in supramolecular chemistry. The series covers all areas from theoretical and modelling aspects through organic and inorganic chemistry and biochemistry to materials, solid-state and polymer sciences reflecting the many and varied applications of supramolecular structures in modern chemistry.

From the early days of supramolecular chemistry the field has been associated with possible applications. This is not surprising as the design of new molecules, and later of assemblies of molecules, is often function-driven. Now, after three decades of supramolecular chemistry, David Reinhoudt has brought together a collection of reviews to reflect on the applications that have actually been achieved. The first applications in molecular recognition are now established technologies in analytical chemistry, separation science and medicine. More recently, developments have taken place in material design and these concepts are also discussed here. Contents

1. Self-Assembling Systems on Scales from Nanometers to Millimeters: Design and Discovery
2. Dendritic Architectures
3. Supramolecular Structures with Macromolecules
4. Chemosensors: Synthetic Receptors in Analytical Sensing Applications
5. Selective Ion Recognition with Durable Sensors
6. Ion Separations in Membrane and Solid Phase Extraction Systems
7. Porphyrin- and Expanded Pophyrin-Based Diagnostic and Therapeutic Agents

Supramolecular Materials and Technologies illustrates the achievements and advances that supramolecular chemistry has made in many fields from organic chemistry to materials science and from analytical chemistry to molecular biology.