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Mechanism of iron porphyrin reactions with peroxynitrite
Jinbo Lee
, Julianne A. Hunt
,
John Taylor Groves
Chemistry
High Meadows Environmental Institute
Princeton Materials Institute
Research output
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Contribution to journal
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Article
›
peer-review
169
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Keyphrases
Fe(III)
100%
Iron Porphyrin
100%
Peroxynitrite
100%
TMPyP
66%
Catalytic Decomposition
50%
Tetrakis
33%
Porphyrin
33%
Dismutation
33%
Water-soluble Iron Porphyrins
33%
Direct Measurement
16%
Physiological Condition
16%
Reaction Pathway
16%
Therapeutic Agents
16%
Biological Activity
16%
Highly Nonlinear
16%
Mechanistic Understanding
16%
Metalloporphyrin
16%
Nonlinear Relationship
16%
As(V)
16%
Reactive Oxygen Species
16%
Mode of Action
16%
N-methylation
16%
Pyridyl
16%
FeTMPyP
16%
Superoxide
16%
Cytotoxic Agents
16%
Stopped-flow Spectroscopy
16%
Efficient Decomposition
16%
Two-path
16%
Chemistry
Porphyrin
100%
Peroxynitrite
100%
Nitrogen Dioxide
66%
Catalytic Decomposition
66%
Water Soluble
33%
Catalysis
33%
Chemistry
16%
Metalloporphyrin
16%
Bioactivity
16%
Spectrophotometry
16%
Cytotoxic Agent
16%
Inorganic Peroxide
16%
Reactive Oxygen Metabolite
16%
Stopped-Flow
16%
Material Science
Nitrogen Dioxide
100%
Catalysis
50%
Oxidant
25%
Superoxide
25%