Current grants
- Grant of RFBR 05-04-48632-à
- An investigation of antioxidative activity reasons of nitrones and nitroxides.
- Grant of RFBR 05-03-42055-ã
- Organization and holding the "4th International Conference on Nitroxide Radicals: Synthesis, Properties and Implications of Nitroxides" (SPIN2005)
- Grant of CRDF RUC1-2635-NO-05
- The development of new functional nitroxide probes for noninvasive EPR spectroscopy and imaging
- Grant of INTAS ¹04-83-2909
- Synthesis of new stable nitroxide spin probes useful in biosciences through 1,3-dipolar cycloaddition - isoxazolidine ring opening (-oxidation) strategy. (03.2005-03.2007)
- Grant of RFBR 04-03-32299-a
- Novel spin probes and spin labels for biophysical and bio-medical investigations in vitro and in vivo, highly stable to reduction with ascorbate and with other biogenic reductants
- Grant of RFBR 04-03-32563-a
- For Basic Research “Synthesis of chiral nitronyl nitroxides with nonlinear optic properties”
- Grant No MK-4029.2004.3 of President of RF for young Russian scientists. “Elaboration of the effective synthetic procedures and properties of bis(alkoxyamines) – new reagents in organic chemistry”. 2004-2005.
- Grant of Science Support Foundation for PhD of Russian Academy of Sciences. 2004-2005.
- Grant of department of education Å02-5.0-22 "Investigation of ability synthes complexes transition metals with nitroxides anion radicals"
- Interdisciplinary joint project ¹ 94 "Molecular Magnetics"
- Interdisciplinary joint project ¹ 36 "Structure and dinamics of the molecules nanometre scale in disordered organic media, biological membranes and on the catalist surface"
NSF-NATO Postdoctoral Fellowship in Science and Technology for Scientists from NATO Partner Countries:
- Title: "Unnatural amino acids to probe local electrostatics of membrane proteins and peptides". (Made for Dr. Maxim A. Voinov, Principal Investigator – Prof. Alex I. Smirnov, North Carolina State University).
- Title: "New Generation of Spin Labels for Structure-Function Protein Studies". (Made for Prof. Igor A. Grigoriev, Principal Investigator – Prof. Tatyana Smirnova, North Carolina State University). 2004-2005.
Grants of 2004 year
- Grant RFBR 04-03-32299-a
- Novel spin probes and spin labels for biophysical and bio-medical investigations in vitro and in vivo, highly stable to reduction with ascorbate and with other biogenic reductants
- Grant of RFBR 04-03-32563-a
- For Basic Research “Synthesis of chiral nitronyl nitroxides with nonlinear optic properties”
- Grant No MK-4029.2004.3 of President of RF for young Russian scientists. “Elaboration of the effective synthetic procedures and properties of bis(alkoxyamines) – new reagents in organic chemistry”. 2004-2005.
- Grant of Science Support Foundation for PhD of Russian Academy of Sciences. 2004-2005.
- Grant of department of education Å02-5.0-22 "Investigation of ability synthes complexes transition metals with nitroxides anion radicals"
- Interdisciplinary joint project ¹ 94 "Molecular Magnetics"
- Interdisciplinary joint project ¹ 36 "Structure and dinamics of the molecules nanometre scale in disordered organic media, biological membranes and on the catalist surface"
NSF-NATO Postdoctoral Fellowship in Science and Technology for Scientists from NATO Partner Countries:
- Title: "Unnatural amino acids to probe local electrostatics of membrane proteins and peptides". (Made for Dr. Maxim A. Voinov, Principal Investigator – Prof. Alex I. Smirnov, North Carolina State University).
- Title: "New Generation of Spin Labels for Structure-Function Protein Studies". (Made for Prof. Igor A. Grigoriev, Principal Investigator – Prof. Tatyana Smirnova, North Carolina State University). 2004-2005.
Project supported by Royal Society of Great Britain
- Title: "pH- and SH-Sensitive Biradical Spin Probes for in vivo EPR" (Made for Prof. Igor A. Grigoriev, Principal Investigator – Prof. Margaret Hutchison, Aberdin University, Great Britain). 2003-2004.
Grants of 2003 year
- Grant of RFBR 01-03-32452
- Molecular design and development of methods for synthesis of new pH-sensitive spin probes for the investigation of biological objects and other heterogeneous systems by means of EPR spectroscopy.
- Grant of RFBR 02-04-48374-à
- NMR of spin traps: free radicals detection in vitro and in vivo by using novel 19F-including spin traps
- Grant of RFBR 01-03-33292
- Theoretical and experimental researching of magnetic effects of tree-spin systems
- Joint project SB RAS ¹ 12 "Novel magnetically-active systems"
- Interdisciplinary joint project SB RAS "Molecular Magnetics"
- Joint project RAS 11.5 "Magnetochemistry"
- INTAS No. 99-1086, Multifrequency and in vivo EPR studies, using spin probes, of aspects of metabolism and drug delivery
- NATO LST.CLG.977528, New Generation of Spin Labels for Structure-Function Protein Studies
- Royal Society: “pH- and SH-Sensitive Biradical Spin Probes for in vivo ESR”
- CRDF REC-008 "Molecular design and ecologic safety technologies"
Grants of 2002 year
- Grant of RFBR ¹ 01-03-32452
- Molecular design and development of methods for synthesis of new pH-sensitive spin probes for the investigation of biological objects and other heterogeneous systems by means of EPR spectroscopy.
- Grant of RFBR 02-03-33112
- Crystal Chemistry of polyfunctional nitroxides
- Grant of RFBR 01-03-33292
- Theoretical and experimental researching of magnetic effects of tree-spin systems
- Grant of RFBR 02-04-48374
- NMR of spin traps: free radicals detection in vitro and in vivo by using novel 19F-including spin traps
- Joint project RAS 11.5 "Magnetochemistry"
- Joint project SB RAS ¹ 12 "Novel magnetically-active systems"
- Joint project SB RAS ¹ 13 "Structure, molecule and spin dinamics of biradical and ion-radical conditions: heterogeneous catalysis and photosynthesis applications, physical-chemistry of membrans"
- Interdisciplinary joint project SB RAS "Molecular Magnetics"
- NATO LST.CLG.977528, New Generation of Spin Labels for Structure-Function Protein Studies
- INTAS No. 99-1086, Multifrequency and in vivo EPR studies, using spin probes, of aspects of metabolism and drug delivery
- CRDF REC-008 "Molecular design and ecologic safety technologies"
- Royal Society: “pH- and SH-Sensitive Biradical Spin Probes for in vivo ESR”