The first neo-confused hexaphyrin(1.1.1.1.1.0) was synthesized by oxidative ring closure of a hexapyrrane bearing two terminal ``confused'' pyrroles. The new compound displays a folded conformation with a short interpyrrolic C center dot center dot center dot N distance of 3.102 angstrom, and thus it readily underwent ring fusion to afford a neo-fused hexaphyrin with an unprecedented 5,5,5,7-tetracyclic ring structure. Furthermore, coordination of Cu-II triggered a ring opening/contracting reaction to afford a Cu-II complex of an N-linked pentaphyrin derivative. The roles of reactive N-C bonds in the porphyrinoid macrocycles were demonstrated
Hexaphyrins are six-pyrrole member macrocycles, which possess several interesting physico-chemical p...
Synthesis and characterization of several 26π core-modified hexaphyrins are reported. The synth...
Pentaphyrins are pentapyrrolic macrocycles containing five bridging methine groups between the five ...
3, 7, 23, 27-Tetrabromo[36]octaphyrin 2 was synthesized as a novel octaphyrin bearing two meso-free ...
Neo-confused porphyrins represent a unique family of porphyrin isomers that retain overall aromatic ...
Novel neo-confused octaphyrin(1.1.1.1.1.1.1.0) (<b>1</b>) was synthesized by oxidative ring closure ...
The conformations of five doubly neo-confused porphyrin structures and fifty-four neo-confused N-con...
A C<sub>6</sub>F<sub>5</sub>-substituted hexapyrrane (<b>1</b>) was synthesized in one step. Oxidati...
Redox active hexaphyrins: modified hexaphyrins with five meso links have been synthesized and charac...
Cyclization of a pentapyrrane with two terminal β-linked pyrroles afforded a dihydrosapphyrin isomer...
New methodology has been developed for the synthesis of so-called sapphyrins, pentapyrrolic 'expande...
(Figure Presented) Strong cycle: The cyclic hexamer-template complex 3 obtained through template-dir...
(Figure Presented) Strong cycle: The cyclic hexamer-template complex 3 obtained through template-dir...
Chapter 1 introduces the N?H?X binding motif in tetrapyrroles, which forms the basis of the research...
Expanded porphyrins containing seven pyrrole/heterocyclic rings linked in a cyclic fashion are terme...
Hexaphyrins are six-pyrrole member macrocycles, which possess several interesting physico-chemical p...
Synthesis and characterization of several 26π core-modified hexaphyrins are reported. The synth...
Pentaphyrins are pentapyrrolic macrocycles containing five bridging methine groups between the five ...
3, 7, 23, 27-Tetrabromo[36]octaphyrin 2 was synthesized as a novel octaphyrin bearing two meso-free ...
Neo-confused porphyrins represent a unique family of porphyrin isomers that retain overall aromatic ...
Novel neo-confused octaphyrin(1.1.1.1.1.1.1.0) (<b>1</b>) was synthesized by oxidative ring closure ...
The conformations of five doubly neo-confused porphyrin structures and fifty-four neo-confused N-con...
A C<sub>6</sub>F<sub>5</sub>-substituted hexapyrrane (<b>1</b>) was synthesized in one step. Oxidati...
Redox active hexaphyrins: modified hexaphyrins with five meso links have been synthesized and charac...
Cyclization of a pentapyrrane with two terminal β-linked pyrroles afforded a dihydrosapphyrin isomer...
New methodology has been developed for the synthesis of so-called sapphyrins, pentapyrrolic 'expande...
(Figure Presented) Strong cycle: The cyclic hexamer-template complex 3 obtained through template-dir...
(Figure Presented) Strong cycle: The cyclic hexamer-template complex 3 obtained through template-dir...
Chapter 1 introduces the N?H?X binding motif in tetrapyrroles, which forms the basis of the research...
Expanded porphyrins containing seven pyrrole/heterocyclic rings linked in a cyclic fashion are terme...
Hexaphyrins are six-pyrrole member macrocycles, which possess several interesting physico-chemical p...
Synthesis and characterization of several 26π core-modified hexaphyrins are reported. The synth...
Pentaphyrins are pentapyrrolic macrocycles containing five bridging methine groups between the five ...