Binding biomolecules with designed, hydrogen-bonding receptors

Artikel in diesem Heft

1. New challenges in environmental chemistry
2. Strategies for sustainable development–experiences from a university cooperation in the Baltic Sea region
3. Advanced oxidation processes applied to effluent streams from an agrochemical industry
4. Toxic trace metal speciation: importance and tools for environmental and biological analysis
5. Performance and results of a six-year German/Brazilian research project in the industrial area of Cubatão/SP Brazil
6. Health risk assessment due to wastewater use in agriculture
7. Computational chemistry as an analytical tool: thermochemical examples in atmospheric chemistry
8. Laboratory proficiency testing programmes
9. Monitoring eutrophication and pollution in estuarine environments–focusing on the use of benthic communities
10. Environmental endocrine disruptors
11. Cultural heritage and the environment
12. Capability of the laboratories of universities to develop environmental studies
13. Suprasupermolecular chemistry: the chemistry within the dendrimer
14. Tailoring molecular assemblies for metal ion bending
15. Copper(I) halide supramolecular networks linked by N-heterocyclic donor bridging ligands
16. Photo- and redox-active host assemblies
17. A photoresponsive molecular switch. Reaction of CO2 and epoxide regulated by an aluminum porphyrin–stilbazole system
18. Binding biomolecules with designed, hydrogen-bonding receptors
19. Molecular delivery systems using macrocyclic sugar clusters
20. Rigidity in synkinetic molecular monolayers of functional lipids containing Angstrom Gaps
21. Metal ion extraction by lariat ethers with ‘tunable’ proton-ionizable groups
22. Functionalized calix[4]pyrroles
23. Erratum - Spectroelectrochemistry: A survey of in situ spectroscopic techniques (Technical Report)