Content: Cover
Contents
Preface
Tuning the properties of nitroxide spin labels for use in electron paramagnetic resonance spectroscopy through chemical modification of the nitroxide framework
1 Introduction
2 The nitroxide spin label as a probe in EPR spectroscopy
3 Synthetic routes to nitroxide spin labels
4 Recent advances in applications of spin labels
5 Summary
References
Trityl radicals as spin labels
1 Introduction
2 TAM radicals: structure and properties
3 Synthesis of TAM radicals and TAM labeling of proteins and nucleic acids
4 Electron spin relaxation of TAM radicals. 5 Peculiarities of PD EPR approaches to distance measurement using TAM spin labels6 Distance measurements at physiologically relevant temperatures
7 Conclusion
Acknowledgments
References
Molecules as electron spin qubits
1 Introduction
2 Quantum hardware
3 Experimental methods
4 Organic molecular qubits
5 Inorganic molecular qubits
6 Outlook
Acknowledgments
References
Status and perspectives of a virtual multifrequency spectrometer for ESR
1 Introduction
2 Interpretative models for magnetic spectroscopies
3 Spin Hamiltonian
4 Stochastic diffusion operator, relaxation. 5 Stochastic ab initio spectra simulation of CW-ESR6 Towards a multi-body ESR: novel computational techniques
7 Conclusions
Acknowledgments
References
Application of site-directed spin labelling for studying conformational changes in the catalytic cycle of G proteins activated by dimerization
1 Introduction
2 Site-directed spin labelling and EPR spectroscopy
3 Conformational changes in the catalytic cycle of GADs
4 Discussion
Acknowledgments
References
Nitroxides in host-guest chemistry: 2010-2016
1 Introduction
2 Cyclodextrins as hosts
3 Cucurbituril as a host
4 Miscellaneous.