Chapter 7: Non-heme HNO complexes

SLEP, L. D.; OLABE, J. A.; BARI, S. E.

The Chemistry and Biology of Nitroxyl (HNO)

Academic Press - Elsevier Inc.

Lugar: Burlington; Año: 2016; p. 127 - 153

The Chemistry and Biology of Nitroxyl (HNO), 1e1. Introduction Ivana Ivanovic-BurmazovicPart I: The chemistry of Azanone: structure and reactivity2. HNO as a reaction intermediate Fabio DoctorovichReactions involving HNO with?3. Small molecules Fabio Doctorovich4. Thiols Milos Filipovic and Ivana Ivanovic-Burmazovic 5. Interactions of HNO with Metallated Porphyrins, Corroles and Corrines Marcelo Adrian Marti6. HNO adducts with heme proteins and mutants Patrick FarmerOther proteins7. Non-heme HNO complexes Jose Antonio Olabe8. Computations on HNO chemistry/structures -- Spin states and protonation equilibria Nicolai LehnertHNO sources9. Trioxodinitrate and NONOates Katrina Miranda10. The family of Piloty´s acid derivatives John ToscanoHNO trapping and detection11. Fluorescent probes for HNO detection Weiying Lin12. Phosphines as HNO traps Bruce King13. Electrochemical detection Marcelo Adrian Marti14. HNO detection by MS and FTIR John ToscanoPart II: Azanone in biology: pharmacology, toxicology and physiologyMolecular physiology of azanone15. Is azanone endogenously produced in mammals? Marcelo Adrian Marti16. HNO as an oxygen substitute in flavonol dioxygenases Patrick Farmer17. Effects of HNO on Soluble Guanylate Cyclase Activity or Reactions involving HNO with non-heme proteins Jon M. FukutoPharmacology and toxicology18. Pharmacological effects of Azanone Nazareno PaolocciPart III: Practical issues for working with azanone19. Estimating HNO fluxes using global kinetic fitting and singular value decomposition Patrick Farmer20. NO Reduction Ivana Ivanovic-Burmazovic