Full name:

Viatcheslav S. Tsygankov

Date of Birth:

23th February 1964

Place of Birth:

Rostov-on-Don, Russia

Married, have 3 kids

Department of Biophysics and Biocybernetics,

Rostov State University,

Stachky Ave., 194/1,

344091, Rostov Don, Russia,

Telephone: 7 8632 43 35 77

Home: 7 8632 24 24 33

Email: vst@krinc.ru

vtsygankov@rambler.ru

1983-89

M.S., Kazan State University, Physics Faculty, Department of Radiophysics

and Radiospectroscopy

1990-93

Ph.D., Kazan Technology University

1. 1985-89

Research Student, Laboratory of Biophysics, Kazan Institute of Biology.

2. 1989-90

Electronic-engineer in Laboratory of Biophysics, Kazan Institute of Biology.

3. 1990-93

Postgraduate Student, Kazan Technology University.

4. 1993-95

Research Scientist, Institute of Physical and Organic Chemistry.

5. 1995-96

Senior Research Scientist, Institute of Physical and Organic Chemistry.

6. 1996-99

Assistant professor, Rostov State University, Physics Faculty,

Department of Biophysics and Biocybernetics.

7. 1999-2000

Visiting Scientist, Weizmann Institute of Science.

8. 2000 -

Associate Professor, Rostov State University, Physics Faculty,

Department of Biophysics and Biocybernetics.

9. 05.2002 - 09.2002

Visiting Scientist, Norway of Radium Hospital,

Institute of Cancer Research, Department of Biophysics

10 11.2002 - 01.2003

Visiting Scientist of Sektion Kernresonanzspectroscopie, University Ulm, Germany

1. The development of a computer program for Time Domain Dielectric Spectrometer (TDDS).

2. The development of a home-built NMR Relaxometer (40 MHz).

3. The study of relaxation processes in a big enzymes complexes, in particular

a cellulases enzymes complex, and also structure characteristics of a small

protein knows as protamine by using methods TDDS and NMR.

In 1993 I received a PhD degree in biophysics and biotechnology.

Thesis title: " The study of physical-chemistry characteristics of

cellulases enzymatic complex in wide temperature range used NMR and TDDS Methods"

4. Theory of Multiple Quantum NMR Spectroscopy based on the Product Operator Formalism and the application of this method to the studies in organic Chemistry.

5. Quantum Processes in Biosystems, Theory of NMR Quantum Computers and Molecular Mashines, Theory Information, NMR, Theory of Product Operator Formalism for describe of quantum processes in biocells.

6. The study diffusion processes of water and surfactants in reverse micellar systems used NMR (PGSE) and Dynamical Light Scattering methods.

7. - # - # - # - # -

8. NMR relaxometry in low magnetic field.

9. Photopysical properties of aluminium phthalocyanines.

10. NMR of porous materials and microemulsion systems

Since 1996 I teach Modern Methods in

Biophysics and Sinergetics courses to graduate students at Rostov State

University. I also teach courses of Radiation and Nonradiation Biophysics

to Biophysical undergraduates students. I have acted as joint supervisor for

several research M.S. students at Rostov State University.

I have used NMR machines including a home-built NMR

Relaxometer, a home-built NMR with Pulse Gradient of Magnetic Field,

a Bruker DMX-400, DMX-500, DPX-400

I have used IR spectrometers, fluorescecnce spectromeetr, dielectric

spectrometer.

I have experience of programming in Pascal, Delphy, C under the DOS System.

I also have experience with several text processing and mathematical,

in particular Maple, packages.

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