Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
5152480 | Journal of Inorganic Biochemistry | 2017 | 12 Pages |
Abstract
The reactivity of hemoglobin toward NO depends on the histidine-heme covalent linkage. In the crosslinked state, the ferrous globin binds NO to form a stable six-coordinate complex; in contrast, NO binding to the unmodified form inhibits crosslinking, causes heme dissociation, and, remarkably, undergoes reduction to produce HNO.85
Keywords
1-DGlbNNitrosyl hydrideFNRHNONOENOESYTOCSYHSQCRNSflavin adenine dinucleotidePTMNODDPTA2-DDQF-COSYFerredoxin-NADP+ reductaseROSNuclear Overhauser Effect SpectroscopYnuclear overhauser effectposttranslational modificationelectron transferFADDehydrogenasetwo-dimensionalDithionitedouble-quantum filtered correlation spectroscopyFerredoxinMyoglobinwild-typenitrate reductasenitroxylnitrite reductaseNitric Oxide dioxygenaseNitric oxide reductaseHemoglobinTruncated hemoglobinreactive nitrogen speciesReactive oxygen speciesone-dimensionalheteronuclear single quantum coherence
Related Topics
Physical Sciences and Engineering
Chemistry
Inorganic Chemistry
Authors
Matthew R. Preimesberger, Eric A. Johnson, Dillon B. Nye, Juliette T.J. Lecomte,