Implementation of macrocycle conjugated antibodies for tumour-targetting

Artikel in diesem Heft

1. Preface
2. Model studies in recognition using new molecular shapes
3. Molecular recognition by cyclophane hosts
4. Receptor mapping with artificial siderophores
5. Selective molecular hosts for anions
6. Molecular recognition by synthetic receptors
7. Macrocyclic chemistry in reducing environments: From concentrated metal solutions to crystalline electrides
8. Metal-ion recognition: An assault on natural order
9. Design of redox systems for the transport of electrons across liquid membranes: Poly-aza-macrocyclic metal complexes
10. The development of mixed donor macrocyclic systems for metal-ion discrimination
11. The evolution of molecular belts and collars
12. Novel ligands designed for selective complexation of small cations
13. Molecular dynamics of macrocycle-metal ion complexes involving heteronuclear binding atoms
14. Cation binding properties of alkyl calixaryl derivatives. A new family of molecular receptors
15. Crown ethers as sensory materials in chemical measurements: Interfaces for chemical signal transformation
16. Carriers for chemical sensors: Design features of optical sensors (optodes) based on selective chromoionophores
17. Silica gel-bound aza-crowns for the selective removal and concentration of metal ions
18. Mesomorphic molecular materials for electronics, opto-electronics, iono-electronics: Octaalkyl-phthalocyanine derivatives
19. Oxidations catalyzed by stable metallo-tetraaryl porphyrins under aqueous-organic two-phase conditions
20. Implementation of macrocycle conjugated antibodies for tumour-targetting
21. Precipitation of major constituents for trace preconcentration: Potential and problems
22. Nomenclature for automated and mechanised analysis (Recommendations 1989)