A binding pocket consisting of two zinc porphyrins self assembled by Watson-Crick base pairing is presented. The porphyrin binding pocket is located in the confined environment of a lipid membrane whereas the DNA is located in the water phase. Bidentate electron accepting ligands are shown to coordinate in-between the two porphyrins
Recognition of unusual left-handed Z-DNA by specific binding of small molecules is crucial for under...
Biomolecular and artificial receptors are typically designed to exploit the hydrophobic effect in or...
The molecular structure of the zinc porphyrin analog of methyl-8,12-diethylbacteriopheophorbide d ha...
A binding pocket consisting of two zinc porphyrins self assembled by Watson-Crick base pairing is pr...
DNA nanotechnology has focused on the creation of complex structures using DNA as building blocks. D...
We have synthesized and studied a supramolecular system comprising a 39-mer DNA with porphyrin-modif...
Water-soluble models of heme-protein active sites are obtained via the self-assembly of cationic por...
In this work we examine the trapping and conversion of visible light energy into chemical energy usi...
Spectroscopic, viscometric, and molecular docking analysis of binding of cationic bis-porphyrins lin...
Self assembly in biological systems is increasingly being recognised as an important phenomenon. We ...
This investigation explores DNA-binding interactions of various forms of an alkyl-substituted cation...
Cationic porphyrins have an affinity for DNA and potential for applications in the fields of photody...
In this work we examine the trapping and conversion of visible light energy into chemical energy usi...
The area of supramolecular self-assembly has received significant interest in recent years and a key ...
Well-defined structurally organised porphyrin triads of a controlled geometry andnanoscale size have...
Recognition of unusual left-handed Z-DNA by specific binding of small molecules is crucial for under...
Biomolecular and artificial receptors are typically designed to exploit the hydrophobic effect in or...
The molecular structure of the zinc porphyrin analog of methyl-8,12-diethylbacteriopheophorbide d ha...
A binding pocket consisting of two zinc porphyrins self assembled by Watson-Crick base pairing is pr...
DNA nanotechnology has focused on the creation of complex structures using DNA as building blocks. D...
We have synthesized and studied a supramolecular system comprising a 39-mer DNA with porphyrin-modif...
Water-soluble models of heme-protein active sites are obtained via the self-assembly of cationic por...
In this work we examine the trapping and conversion of visible light energy into chemical energy usi...
Spectroscopic, viscometric, and molecular docking analysis of binding of cationic bis-porphyrins lin...
Self assembly in biological systems is increasingly being recognised as an important phenomenon. We ...
This investigation explores DNA-binding interactions of various forms of an alkyl-substituted cation...
Cationic porphyrins have an affinity for DNA and potential for applications in the fields of photody...
In this work we examine the trapping and conversion of visible light energy into chemical energy usi...
The area of supramolecular self-assembly has received significant interest in recent years and a key ...
Well-defined structurally organised porphyrin triads of a controlled geometry andnanoscale size have...
Recognition of unusual left-handed Z-DNA by specific binding of small molecules is crucial for under...
Biomolecular and artificial receptors are typically designed to exploit the hydrophobic effect in or...
The molecular structure of the zinc porphyrin analog of methyl-8,12-diethylbacteriopheophorbide d ha...