De novo design approach based on nanorecognition toward development of functional molecules/materials and nanosensors/nanodevices

Articles in the same Issue

1. Preface
2. Chemical parameters influencing fine-tuning in the binding of macrolide antibiotics to the ribosomal tunnel
3. Aromaticity, π-electron delocalization, and ring currents
4. New development of photoinduced electron-transfer catalytic systems
5. New mechanisms centered on reactive intermediates: Examples from diazirine and carbene chemistry
6. Physical origin of chemical phenomena: Interpretation of acidity, basicity, and hydride affinity by trichotomy paradigm
7. Proton transfer across hydrogen bonds: From reaction path to Schrödinger's cat
8. Addition reactions of E-E and E-H bonds to triple bond of alkynes catalyzed by Pd, Pt, and Ni complexes (E=S, Se)
9. De novo design approach based on nanorecognition toward development of functional molecules/materials and nanosensors/nanodevices
10. Self-assembly of a nickel(II) pseudorotaxane nanostructure on a gold surface
11. Synthesis, structure, and complexing properties of macrocyclic receptors for anions
12. Designing novel organic–inorganic frameworks
13. Microemulsions as microreactors in physical organic chemistry
14. Silicon rehybridization and molecular rearrangements in hypercoordinate silicon dichelates
15. Solvation in pure and mixed solvents: Some recent developments