The Experts below are selected from a list of 243 Experts worldwide ranked by ideXlab platform
M B Grisham - One of the best experts on this subject based on the ideXlab platform.
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Methods for distinguishing nitrosative and oxidative chemistry of reactive nitrogen oxide species derived from nitric oxide.
Current protocols in toxicology, 2020Co-Authors: D A Wink, A Miles, D Jourd'heuil, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
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Current Protocols in Toxicology - Methods for Distinguishing Nitrosative and Oxidative Chemistry of Reactive Nitrogen Oxide Species Derived from Nitric Oxide
Current protocols in immunology, 2000Co-Authors: D A Wink, D Jourd'heuil, Allen M. Miles, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
D A Wink - One of the best experts on this subject based on the ideXlab platform.
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Methods for distinguishing nitrosative and oxidative chemistry of reactive nitrogen oxide species derived from nitric oxide.
Current protocols in toxicology, 2020Co-Authors: D A Wink, A Miles, D Jourd'heuil, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
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Current Protocols in Toxicology - Methods for Distinguishing Nitrosative and Oxidative Chemistry of Reactive Nitrogen Oxide Species Derived from Nitric Oxide
Current protocols in immunology, 2000Co-Authors: D A Wink, D Jourd'heuil, Allen M. Miles, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
D Jourd'heuil - One of the best experts on this subject based on the ideXlab platform.
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Methods for distinguishing nitrosative and oxidative chemistry of reactive nitrogen oxide species derived from nitric oxide.
Current protocols in toxicology, 2020Co-Authors: D A Wink, A Miles, D Jourd'heuil, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
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Current Protocols in Toxicology - Methods for Distinguishing Nitrosative and Oxidative Chemistry of Reactive Nitrogen Oxide Species Derived from Nitric Oxide
Current protocols in immunology, 2000Co-Authors: D A Wink, D Jourd'heuil, Allen M. Miles, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
Peter Gevorkian - One of the best experts on this subject based on the ideXlab platform.
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large scale solar power system design an engineering guide for grid connected solar power generation
2011Co-Authors: Peter GevorkianAbstract:Foreword Introduction Acknowledgments Disclaimer Note Chapter 1. Solar Power System Technologies Chapter 2. Solar Power System Physics and Effects of Ambient Parameter Variation Chapter 3. Solar Photovoltaic Power System Components Chapter 4. Photovoltaic Power System Feasibility Study Chapter 5. Solar Power System Cost Analysis Chapter 6. Solar Power System Design Chapter 7. Large-Scale Solar Power System Construction Chapter 8. Concentrator Photovoltaic Systems Chapter 9. Solar Power System Project Management Chapter 10. Smart-Grid Systems Chapter 11. Solar Thermal Power Chapter 12. Solar Power Rebate, Financing, and Feed-In Tariff Programs Appendix A. Unit Conversion and Design Reference Tables Appendix B. Energy Systems Appendix C. Los Angeles City Fire Department Requirement Appendix D. Photo Gallery Appendix E. State-Wide Solar Initiative Programs Appendix F. List of California Energy Commission Certified Solar Power Equipment Index
A Miles - One of the best experts on this subject based on the ideXlab platform.
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Methods for distinguishing nitrosative and oxidative chemistry of reactive nitrogen oxide species derived from nitric oxide.
Current protocols in toxicology, 2020Co-Authors: D A Wink, A Miles, D Jourd'heuil, M B GrishamAbstract:NO-derived intermediates formed under aerobic conditions may engage in complex chemical reactions with biologically important molecules. The outcomes of these reactions and their ultimate effect on biological systems depend on the selectivity of the species and the concentrations of different substances present and whether the reaction takes place in the gas or aqueous phase. In this Unit Conversion of two different compounds to fluorescent products is used to distinguish between oxidative and nitrosative chemistry of different reactive nitrogen oxide species.
