The McMurry Reaction in Porphyrinoid Chemistry, by Kevin M. Smith

Meso-tetraarylporphyrins: synthetic strategies and reactivity profiles based on nitro/amino substituents, by Maria da Graça Neves

Functionalization of corroles, by José Cavaleiro

Degradation pathways for porphyrinoids, by Jacek Wojaczynski

Synthetic routes to porphyrinoids, by Sara Nardis

Recent developments of non covalent porphyrin assemblies, by Donato Monti

Heterocyclic chemistry is the biggest branch of chemistry covering two-third of the chemical literature The series covers hot topics of frontier research summarized by reputed scientists in the field Our review series is topic related Online version available on SpringerLink.com Includes supplementary material: sn.pub/extras

Klappentext

Kevin M. Smith
The McMurry Reaction in Porphyrinoid Chemistry

Maria da Graça Neves
Meso-tetraarylporphyrins: synthetic strategies and reactivity profiles based on nitro/amino substituents

José Cavaleiro
Functionalization of corroles

Jacek Wojaczynski
Degradation pathways for porphyrinoids

Sara Nardis
Synthetic routes to porphyrinoids

Donato Monti
Recent developments of non covalent porphyrin assemblies

Zusammenfassung

The McMurry Reaction in Porphyrinoid Chemistry, by Kevin M. Smith

Meso-tetraarylporphyrins: synthetic strategies and reactivity profiles based on nitro/amino substituents, by Maria da Graça Neves

Functionalization of corroles, by José Cavaleiro

Degradation pathways for porphyrinoids, by Jacek Wojaczynski

Synthetic routes to porphyrinoids, by Sara Nardis

Recent developments of non covalent porphyrin assemblies, by Donato Monti

Inhalt

The McMurry Reaction in Porphyrinoid Chemistry.- Meso-tetraarylporphyrins: synthetic strategies and reactivity profiles based on nitro/amino substituents.- Functionalization of corroles.- Degradation pathways for porphyrinoids.- Synthetic routes to porphyrinoids.- Recent developments of non covalent porphyrin assemblies.