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The use of nitroxides in viable biological systems: an opportunity and challenge for chemists and biochemists
-
H. M. Swartz
Veröffentlicht/Copyright:
1. Januar 2009
Published Online: 2009-01-01
Published in Print: 1990-01-01
© 2013 Walter de Gruyter GmbH, Berlin/Boston
Artikel in diesem Heft
- Preface
- Advances in the chemistry of stable nitroxides
- The chemistry of vinyl nitroxides
- Polyfluorinated nitroxides
- Acyl nitroxides: reactions and reactivity
- Novel nitroxides for spin-labelling, -trapping, and magnetic resonance imaging applications
- Novel, potentially useful spin-label reagents
- Calibration of very fast alkyl radical 'clock' rearrangements using nitroxides
- Application of redox system based on nitroxides to organic synthesis
- Magnetic properties of nitroxide multiradicals
- Multidimensional EPR imaging of nitroxides
- The use of nitroxides in viable biological systems: an opportunity and challenge for chemists and biochemists
- Metal-nitroxyl interactions - 55: Manganese(III) - nitroxyl electron-electron spin-spin interaction
- The use of spin labels in looking at subtle conformational changes in blood coagulation proteins
- Advances in spin label oximetry
- Nitroxide radicals in studies of correlation between molecular mobility and chemical reactivity
- Studies of membrane dynamics using nitroxide spin labels
- Fourier-transform-EPR and low-frequency-EPR studies of nitroxides
- Electron spin-echo modulation studies of ionic and nonionic micelle structure via stearic acid nitroxide probes
- The use of nitroxides in the solution of some problems of chemical biophysics
- The quest for a predictive design of anticancer drugs
- In vivo detection of free radical metabolites
- Spin trapping studies of photochemical reactions
- Formation of free radicals in food constituents by γ-irradiation
- Some problems of nitroxyl chemistry
- Mass spectrometric determination of pesticide residues (IUPAC reports on pesticides no. 25)
- The prediction of pesticide residues in crops by the optimum use of existing data (IUPAC reports on pesticides no. 26)
- The role and limitations of microorganisms, in the conversion of xenobiotics (IUPAC reports on pesticides no. 27)
- Training in clinical laboratory management (Guidelines 1988)
Artikel in diesem Heft
- Preface
- Advances in the chemistry of stable nitroxides
- The chemistry of vinyl nitroxides
- Polyfluorinated nitroxides
- Acyl nitroxides: reactions and reactivity
- Novel nitroxides for spin-labelling, -trapping, and magnetic resonance imaging applications
- Novel, potentially useful spin-label reagents
- Calibration of very fast alkyl radical 'clock' rearrangements using nitroxides
- Application of redox system based on nitroxides to organic synthesis
- Magnetic properties of nitroxide multiradicals
- Multidimensional EPR imaging of nitroxides
- The use of nitroxides in viable biological systems: an opportunity and challenge for chemists and biochemists
- Metal-nitroxyl interactions - 55: Manganese(III) - nitroxyl electron-electron spin-spin interaction
- The use of spin labels in looking at subtle conformational changes in blood coagulation proteins
- Advances in spin label oximetry
- Nitroxide radicals in studies of correlation between molecular mobility and chemical reactivity
- Studies of membrane dynamics using nitroxide spin labels
- Fourier-transform-EPR and low-frequency-EPR studies of nitroxides
- Electron spin-echo modulation studies of ionic and nonionic micelle structure via stearic acid nitroxide probes
- The use of nitroxides in the solution of some problems of chemical biophysics
- The quest for a predictive design of anticancer drugs
- In vivo detection of free radical metabolites
- Spin trapping studies of photochemical reactions
- Formation of free radicals in food constituents by γ-irradiation
- Some problems of nitroxyl chemistry
- Mass spectrometric determination of pesticide residues (IUPAC reports on pesticides no. 25)
- The prediction of pesticide residues in crops by the optimum use of existing data (IUPAC reports on pesticides no. 26)
- The role and limitations of microorganisms, in the conversion of xenobiotics (IUPAC reports on pesticides no. 27)
- Training in clinical laboratory management (Guidelines 1988)