Startseite The use of nitroxides in viable biological systems: an opportunity and challenge for chemists and biochemists
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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

  1. Preface
  2. Advances in the chemistry of stable nitroxides
  3. The chemistry of vinyl nitroxides
  4. Polyfluorinated nitroxides
  5. Acyl nitroxides: reactions and reactivity
  6. Novel nitroxides for spin-labelling, -trapping, and magnetic resonance imaging applications
  7. Novel, potentially useful spin-label reagents
  8. Calibration of very fast alkyl radical 'clock' rearrangements using nitroxides
  9. Application of redox system based on nitroxides to organic synthesis
  10. Magnetic properties of nitroxide multiradicals
  11. Multidimensional EPR imaging of nitroxides
  12. The use of nitroxides in viable biological systems: an opportunity and challenge for chemists and biochemists
  13. Metal-nitroxyl interactions - 55: Manganese(III) - nitroxyl electron-electron spin-spin interaction
  14. The use of spin labels in looking at subtle conformational changes in blood coagulation proteins
  15. Advances in spin label oximetry
  16. Nitroxide radicals in studies of correlation between molecular mobility and chemical reactivity
  17. Studies of membrane dynamics using nitroxide spin labels
  18. Fourier-transform-EPR and low-frequency-EPR studies of nitroxides
  19. Electron spin-echo modulation studies of ionic and nonionic micelle structure via stearic acid nitroxide probes
  20. The use of nitroxides in the solution of some problems of chemical biophysics
  21. The quest for a predictive design of anticancer drugs
  22. In vivo detection of free radical metabolites
  23. Spin trapping studies of photochemical reactions
  24. Formation of free radicals in food constituents by γ-irradiation
  25. Some problems of nitroxyl chemistry
  26. Mass spectrometric determination of pesticide residues (IUPAC reports on pesticides no. 25)
  27. The prediction of pesticide residues in crops by the optimum use of existing data (IUPAC reports on pesticides no. 26)
  28. The role and limitations of microorganisms, in the conversion of xenobiotics (IUPAC reports on pesticides no. 27)
  29. Training in clinical laboratory management (Guidelines 1988)
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